git-svn-id: svn://svn.icms.temple.edu/lammps-ro/trunk@13834 f3b2605a-c512-4ea7-a41b-209d697bcdaa
This commit is contained in:
sjplimp
7
examples/USER/smd/README
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7
examples/USER/smd/README
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SMOOTH MACH DYNAMICS Examples
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aluminum_strip_pull : a 2d strip of aluminum is elongated until failure
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fluid_structure_interaction : multiple solid objects interact with fluid flow, 2d
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funnel_flow: fluid flows through a complex 3d object read from a .STL file
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rubber_rings_3d: two solid bodies impact each other and deform
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rubber_strip_pull: a 2d check for the correctness of linear elasticity
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139
examples/USER/smd/aluminum_strip_pull/aluminum_strip_pull.lmp
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139
examples/USER/smd/aluminum_strip_pull/aluminum_strip_pull.lmp
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####################################################################################################
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#
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# TLSPH example: elongate a 2d strip of aluminum py pulling its ends apart
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#
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# unit sytem: GPa / mm / ms
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#
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####################################################################################################
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####################################################################################################
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# MATERIAL PARAMETERS
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####################################################################################################
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variable E equal 70.0 # Young's modulus
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variable nu equal 0.3 # Poisson ratio
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variable rho equal 1 # initial mass density
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variable q1 equal 0.56 # standard artificial viscosity linear coefficient
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variable q2 equal 0.0 # standard artificial viscosity quadratic coefficient
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variable hg equal 10.0 # hourglass control coefficient
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variable cp equal 1.0 # heat capacity of material -- not used here
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variable JC_A equal 0.3241 # Johnson Cook arameters
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variable JC_B equal 0.1138
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variable JC_N equal 0.42
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variable JC_C equal 0 #0.002
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variable JC_M equal 1.34
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variable JC_epsdot0 equal 1.0e-3 # 1/s = 1/(1000 ms)
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variable Troom equal 298.15
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variable Tmelt equal 500.15
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variable eosC0 equal 0.0 # Polynomial EOS parameters
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variable eosC1 equal 74.2
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variable eosC2 equal 60.5
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variable eosC3 equal 36.5
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variable eosC4 equal 1.96
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variable eosC5 equal 0.0
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variable eosC6 equal 0.0
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####################################################################################################
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# INITIALIZE LAMMPS
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####################################################################################################
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dimension 2
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units si
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boundary sm sm p # simulation box boundaries
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atom_style smd
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atom_modify map array
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comm_modify vel yes
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neigh_modify every 10 delay 0 check yes # re-build neighbor list every 10 steps
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newton off
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####################################################################################################
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# CREATE INITIAL GEOMETRY
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####################################################################################################
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variable l0 equal 1.0 # lattice spacing for creating particles
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lattice sq ${l0}
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region box block -10 10 -10 10 -0.1 0.1 units box
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create_box 1 box
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create_atoms 1 box
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group tlsph type 1
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####################################################################################################
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# DISCRETIZATION PARAMETERS
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####################################################################################################
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variable h equal 2.01*${l0} # SPH smoothing kernel radius
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variable vol_one equal ${l0}^2 # volume of one particle -- assuming unit thickness
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variable skin equal ${h} # Verlet list range
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neighbor ${skin} bin
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set group all volume ${vol_one}
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set group all smd_mass_density ${rho}
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set group all diameter ${h} # set SPH kernel radius
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####################################################################################################
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# DEFINE VELOCITY BOUNDARY CONDITIONS
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####################################################################################################
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variable vel0 equal 0.02 # pull velocity
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region top block EDGE EDGE 9.0 EDGE EDGE EDGE units box
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region bot block EDGE EDGE EDGE -9.1 EDGE EDGE units box
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group top region top
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group bot region bot
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variable vel_up equal ${vel0}*(1.0-exp(-0.01*time))
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variable vel_down equal -v_vel_up
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fix veltop_fix top smd/setvelocity 0 v_vel_up 0
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fix velbot_fix bot smd/setvelocity 0 v_vel_down 0
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####################################################################################################
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# INTERACTION PHYSICS / MATERIAL MODEL
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# We use polynomial EOS for the pressure and the Johnson Cook strength model
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# An integration point fails (cannot support tension anymore) if the plastic strain exceeds 0.5.
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####################################################################################################
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pair_style smd/tlsph
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pair_coeff 1 1 *COMMON ${rho} ${E} ${nu} ${q1} ${q2} ${hg} ${cp} &
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*EOS_POLYNOMIAL ${eosC0} ${eosC1} ${eosC2} ${eosC3} ${eosC4} ${eosC5} ${eosC6} &
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*JOHNSON_COOK ${JC_A} ${JC_B} ${JC_N} ${JC_C} ${JC_epsdot0} ${Troom} ${Tmelt} ${JC_M} &
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*FAILURE_MAX_PLASTIC_STRAIN 1.2 &
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*END
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####################################################################################################
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# TIME INTEGRATION
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####################################################################################################
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fix dtfix tlsph smd/adjust_dt 0.1 # dynamically adjust time increment every step
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fix integration_fix tlsph smd/integrate_tlsph
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####################################################################################################
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# SPECIFY TRAJECTORY OUTPUT
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####################################################################################################
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compute dt_atom all smd/tlsph_dt
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compute p all smd/plastic_strain
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compute epsdot all smd/plastic_strain_rate
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compute S all smd/tlsph_stress # Cauchy stress tensor
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compute D all smd/tlsph_strain_rate
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compute E all smd/tlsph_strain
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compute nn all smd/tlsph_num_neighs # number of neighbors for each particle
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compute shape all smd/tlsph_shape
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compute damage all smd/damage
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dump dump_id all custom 100 dump.LAMMPS id type x y z &
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c_S[1] c_S[2] c_S[3] c_S[4] c_S[5] c_S[6] c_S[7] c_nn c_p &
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c_E[1] c_E[2] c_E[3] c_E[4] c_E[5] c_E[6] &
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c_shape[1] c_shape[2] c_shape[3] c_shape[4] c_shape[5] c_shape[6] c_shape[7] &
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c_D[1] c_D[2] c_D[4] c_damage radius c_epsdot &
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vx vy vz c_dt_atom
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dump_modify dump_id first yes
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####################################################################################################
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# STATUS OUTPUT
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####################################################################################################
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variable stress equal 0.5*(f_velbot_fix[2]-f_veltop_fix[2])/20
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variable length equal xcm(top,y)-xcm(bot,y)
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variable strain equal (v_length-${length})/${length} # engineering strain
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variable time equal f_dtfix
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fix stress_curve all print 10 "${time} ${strain} ${stress}" file stress_strain.dat screen no
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thermo 100
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thermo_style custom step dt f_dtfix time v_strain
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####################################################################################################
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# RUN SIMULATION
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####################################################################################################
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#fix 2 all enforce2d
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run 25000
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@ -0,0 +1,156 @@
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####################################################################################################
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#
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# combined TLSPH / ULSPH example
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#
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# A column of water is placed in a container and allowed to collapse unter the
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# influence of gravity. Several solid objects are also placed in the container.
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# The water flow pushes the solid objects around until the sytem comes to halt due to
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# viscous damping. The solid objects have a lower mass density than water and finally float on
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# the water surface.
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#
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# Water is modelled using the Updated Lagrangian formalism. Solid bodies are modelled using the
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# Total Lagrangian formalism. Contact forces between container, solid bodies, and water prevent
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# mutual penetration of these physical entities.
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#
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# unit sytem: GPa / mm / ms
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#
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####################################################################################################
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####################################################################################################
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# MATERIAL PARAMETERS
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####################################################################################################
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variable rho_water equal 1000 # mass density water
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variable rho_obj equal 300 # mass density solid objects
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variable c0 equal 10.0 # speed of sound for water
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variable E equal 5*${c0}*${c0}*${rho_water} # Young's modulus for solid objects
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variable nu equal 0.3 # Poisson ratio for solid objects
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variable sigma_yield equal 0.1*${E} # plastic yield stress for solid objects
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variable hardening_parameter equal 0 # plastic hardening parameter for solid objects
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variable contact_stiffness equal 2.5*${c0}^2*${rho_water} # contact force amplitude
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variable q1 equal 1.0 # artificial viscosity
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variable q2 equal 0.0 # artificial viscosity
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variable Hg equal 10 # Hourglass control coefficient for solid objects
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variable Cp equal 1.0 # heat capacity -- not used here
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####################################################################################################
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# INITIALIZE LAMMPS
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####################################################################################################
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units si
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dimension 2
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boundary sm sm p
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atom_style smd
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neigh_modify every 5 delay 0 check yes
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comm_modify vel yes
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newton off
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atom_modify map array
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comm_style tiled
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####################################################################################################
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# CREATE INITIAL GEOMETRY
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####################################################################################################
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# create simulation box, a container, and a water column
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variable l0 equal 0.05 # initial particle lattice spacing
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region box block 0 6 0 8 -0.01 0.01 units box
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create_box 3 box
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region water block 0.25 1 0.25 4 EDGE EDGE units box
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region container block 0.15 5.85 0.15 8 -0.01 0.01 units box side out # container
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lattice sq ${l0}
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create_atoms 1 region water
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group water type 1
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create_atoms 3 region container
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group container type 3
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# create some solid objects to be pushed around
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region obj1 prism 2 2.6 0.25 0.85 EDGE EDGE 0.3 0 0 units box
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region obj2 block 3 3.6 0.25 0.85 EDGE EDGE units box
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region obj3 sphere 4.3 0.5 0 0.25 units box
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create_atoms 2 region obj1
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create_atoms 2 region obj2
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create_atoms 2 region obj3
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group solids type 2
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group tlsph type 2
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####################################################################################################
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# DISCRETIZATION PARAMETERS
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####################################################################################################
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variable h equal 2.5*${l0} # SPH kernel diameter
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variable vol_one equal ${l0}^2 # initial particle volume for 2d simulation
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set group all diameter ${h}
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set group all smd_contact_radius ${l0}
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set group all volume ${vol_one}
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set group all smd_mass_density ${rho_water}
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set group solids smd_mass_density ${rho_obj}
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variable contact_scale equal 1.5 # scale factor to increase contact gap between bodies
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variable skin equal ${h} # Verlet list range
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neighbor ${skin} bin
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####################################################################################################
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# DEFINE BOUNDARY CONDITIONS
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#
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# note that the the particles constituting the container are simply not integrated in time,
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# thus these particles never move. This is equivalent to a fixed displacement boundary condition.
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####################################################################################################
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fix gfix all gravity -9.81 vector 0 1 0 # add gravity
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####################################################################################################
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# INTERACTION PHYSICS / MATERIAL MODEL
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# 3 different pair styles are used:
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# - updated Lagrangian SPH for water
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# - total Lagrangian SPH for solid objects
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# - a repulsive Hertzian potential for contact forces between different physical bodies
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####################################################################################################
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pair_style hybrid/overlay smd/ulsph *DENSITY_CONTINUITY *VELOCITY_GRADIENT *NO_GRADIENT_CORRECTION &
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smd/tlsph smd/hertz ${contact_scale}
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pair_coeff 1 1 smd/ulsph *COMMON ${rho_water} ${c0} ${q1} ${Cp} 0 &
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*EOS_TAIT 7.0 &
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*END
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pair_coeff 2 2 smd/tlsph *COMMON ${rho_obj} ${E} ${nu} ${q1} ${q2} ${Hg} ${Cp} &
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*STRENGTH_LINEAR_PLASTIC ${sigma_yield} ${hardening_parameter} &
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*EOS_LINEAR &
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*END
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pair_coeff 3 3 none
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pair_coeff 1 2 smd/hertz ${contact_stiffness}
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pair_coeff 1 3 smd/hertz ${contact_stiffness}
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pair_coeff 2 3 smd/hertz ${contact_stiffness}
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pair_coeff 2 2 smd/hertz ${contact_stiffness}
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####################################################################################################
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# TIME INTEGRATION
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####################################################################################################
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fix dtfix tlsph smd/adjust_dt 0.1 # dynamically adjust time increment every step
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fix integration_fix_water water smd/integrate_ulsph adjust_radius 1.01 10 15
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fix integration_fix_solids solids smd/integrate_tlsph
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####################################################################################################
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# SPECIFY TRAJECTORY OUTPUT
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####################################################################################################
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compute eint all smd/internal_energy
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compute contact_radius all smd/contact_radius
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compute S solids smd/tlsph_stress
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compute nn water smd/ulsph_num_neighs
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compute epl solids smd/plastic_strain
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compute vol all smd/volume
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compute rho all smd/rho
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dump dump_id all custom 100 dump.LAMMPS id type x y &
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fx fy vx vy c_eint c_contact_radius mol &
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c_S[1] c_S[2] c_S[4] mass radius c_epl c_vol c_rho c_nn proc
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dump_modify dump_id first yes
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####################################################################################################
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# STATUS OUTPUT
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||||
####################################################################################################
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compute alleint all reduce sum c_eint
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||||
variable etot equal pe+ke+c_alleint+f_gfix # total energy of the system
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||||
thermo 100
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||||
thermo_style custom step ke pe v_etot c_alleint f_dtfix dt
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||||
thermo_modify lost ignore
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####################################################################################################
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||||
# RUN SIMULATION
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||||
####################################################################################################
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||||
fix balance_fix all balance 1000 0.9 rcb # load balancing for MPI
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run 40000
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|
||||
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||||
66306
examples/USER/smd/funnel_flow/boundary.stl
Normal file
66306
examples/USER/smd/funnel_flow/boundary.stl
Normal file
File diff suppressed because it is too large
Load Diff
130
examples/USER/smd/funnel_flow/funnel_flow.lmp
Normal file
130
examples/USER/smd/funnel_flow/funnel_flow.lmp
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@ -0,0 +1,130 @@
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####################################################################################################
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#
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||||
# ULSPH example: water flow through a complex geometry read from a .STL file
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||||
#
|
||||
# The boundary dump file (see below) can be converted into VTK format using the conversion
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||||
# tool dump2vtk_tris from the tools/smd directory.
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||||
#
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||||
# unit sytem: GPa / mm / ms
|
||||
#
|
||||
####################################################################################################
|
||||
|
||||
|
||||
####################################################################################################
|
||||
# MATERIAL PARAMETERS
|
||||
####################################################################################################
|
||||
variable c0 equal 10.0 # speed of sound for fluid
|
||||
variable rho equal 1.0e-6 # initial mass density
|
||||
variable q1 equal 0.06 # standard artificial viscosity linear coefficient
|
||||
variable q2 equal 0.0 # standard artificial viscosity quadratic coefficient
|
||||
variable hg equal 0.0 # hourglass control coefficient
|
||||
variable cp equal 1.0 # heat capacity of material -- not used here
|
||||
variable K equal ${c0}*${rho}^2
|
||||
variable contact_stiffness equal 0.1*${K}
|
||||
|
||||
####################################################################################################
|
||||
# INITIALIZE LAMMPS
|
||||
####################################################################################################
|
||||
dimension 3
|
||||
units si
|
||||
boundary f f f # simulation box boundaries
|
||||
atom_style smd
|
||||
atom_modify map array
|
||||
comm_modify vel yes
|
||||
comm_style tiled
|
||||
neigh_modify every 10 delay 0 check yes exclude type 2 2 one 10000
|
||||
newton off
|
||||
|
||||
####################################################################################################
|
||||
# CREATE INITIAL GEOMETRY
|
||||
####################################################################################################
|
||||
variable l0 equal 5.0 # lattice spacing for creating particles
|
||||
lattice sc ${l0}
|
||||
region box block -110 60 -30 220 -90 130 units box
|
||||
create_box 2 box
|
||||
region particles cylinder y 0 -30 47 135 200 units box
|
||||
create_atoms 1 region particles
|
||||
group water type 1
|
||||
|
||||
####################################################################################################
|
||||
# DISCRETIZATION PARAMETERS
|
||||
####################################################################################################
|
||||
variable h equal 2.01*${l0} # SPH smoothing kernel radius
|
||||
variable vol_one equal ${l0}^3 # volume of one particle -- assuming unit thickness
|
||||
variable skin equal 0.1*${h} # Verlet list range
|
||||
neighbor ${skin} bin
|
||||
variable cr equal ${l0}/2
|
||||
set group all smd_contact_radius ${cr}
|
||||
set group all volume ${vol_one}
|
||||
set group all smd_mass_density ${rho}
|
||||
set group all diameter ${h} # set SPH kernel radius
|
||||
|
||||
####################################################################################################
|
||||
# DEFINE GRAVITY BOUNDARY CONDITION
|
||||
####################################################################################################
|
||||
fix gfix all gravity 0.01 vector 0.0 -1. 0.0
|
||||
|
||||
####################################################################################################
|
||||
# INTERACTION PHYSICS / MATERIAL MODEL
|
||||
# We use polynomial EOS for the pressure and the Johnson Cook strength model
|
||||
# An integration point fails (cannot support tension anymore) if the plastic strain exceeds 0.5.
|
||||
####################################################################################################
|
||||
pair_style hybrid/overlay smd/tri_surface 1.0 &
|
||||
smd/ulsph *DENSITY_CONTINUITY *VELOCITY_GRADIENT *NO_GRADIENT_CORRECTION
|
||||
pair_coeff 1 1 smd/ulsph *COMMON ${rho} ${c0} ${q1} ${cp} ${hg} &
|
||||
*EOS_TAIT 2 &
|
||||
*END
|
||||
pair_coeff 2 2 none
|
||||
pair_coeff 1 2 smd/tri_surface ${contact_stiffness}
|
||||
|
||||
|
||||
|
||||
####################################################################################################
|
||||
# LOAD STL SURFACE
|
||||
####################################################################################################
|
||||
fix stl_surface_fix all smd/wall_surface boundary.stl 2 65535
|
||||
run 0 # This is important! Always run for 0 timesteps directly after loading STL file!
|
||||
group surface type 2
|
||||
|
||||
####################################################################################################
|
||||
# TIME INTEGRATION
|
||||
####################################################################################################
|
||||
fix force_fix surface setforce 0 0 0
|
||||
fix dtfix all smd/adjust_dt 0.1 # dynamically adjust time increment every step
|
||||
fix integration_fix all smd/integrate_ulsph adjust_radius 1.01 10 15
|
||||
|
||||
####################################################################################################
|
||||
# SPECIFY TRAJECTORY OUTPUT
|
||||
####################################################################################################
|
||||
variable dumpFreq equal 100
|
||||
compute rho all smd/rho
|
||||
compute nn all smd/ulsph_num_neighs # number of neighbors for each particle
|
||||
compute contact_radius all smd/contact_radius
|
||||
compute surface_coords surface smd/triangle_vertices
|
||||
|
||||
|
||||
dump dump_id water custom ${dumpFreq} dump.LAMMPS id type x y z vx vy vz &
|
||||
c_rho c_nn c_contact_radius proc
|
||||
dump_modify dump_id first yes
|
||||
|
||||
dump surf_dump surface custom 999999999 surface.LAMMPS id type mol x y z &
|
||||
c_surface_coords[1] c_surface_coords[2] c_surface_coords[3] &
|
||||
c_surface_coords[4] c_surface_coords[5] c_surface_coords[6] &
|
||||
c_surface_coords[7] c_surface_coords[8] c_surface_coords[9]
|
||||
dump_modify surf_dump first yes
|
||||
|
||||
####################################################################################################
|
||||
# STATUS OUTPUT
|
||||
####################################################################################################
|
||||
compute eint all smd/internal_energy
|
||||
compute alleint all reduce sum c_eint
|
||||
variable etot equal pe+ke+c_alleint+f_gfix # total energy of the system
|
||||
thermo 100
|
||||
thermo_style custom step dt f_dtfix pe ke v_etot
|
||||
|
||||
####################################################################################################
|
||||
# RUN SIMULATION
|
||||
####################################################################################################
|
||||
balance 1.1 rcb
|
||||
fix balance_fix all balance 1000 1.1 rcb
|
||||
run 20000
|
||||
112
examples/USER/smd/rubber_rings_3d/rubber_rings_3d.lmp
Normal file
112
examples/USER/smd/rubber_rings_3d/rubber_rings_3d.lmp
Normal file
@ -0,0 +1,112 @@
|
||||
|
||||
####################################################################################################
|
||||
#
|
||||
# TLSPH example: Two rubber rings impact each other.
|
||||
#
|
||||
# unit sytem: GPa / mm / ms
|
||||
#
|
||||
####################################################################################################
|
||||
|
||||
####################################################################################################
|
||||
# MATERIAL PARAMETERS
|
||||
####################################################################################################
|
||||
variable rho equal 1 # initial mass density
|
||||
variable E equal 1.0 # Young's modulus
|
||||
variable nu equal 0.3 # Poisson ratio
|
||||
variable sigma_yield equal 0.051 # plastic yield stress
|
||||
variable contact_stiffness equal 0.2 # contact stress for contact force between rings
|
||||
variable q1 equal 0.06 # standard artificial viscosity linear coefficient
|
||||
variable q2 equal 0.0 # standard artificial viscosity quadratic coefficient
|
||||
variable hg equal 10.0 # hourglass control coefficient
|
||||
variable cp equal 1.0 # heat capacity of material -- not used here
|
||||
|
||||
####################################################################################################
|
||||
# INITIALIZE LAMMPS
|
||||
####################################################################################################
|
||||
dimension 3
|
||||
units si
|
||||
boundary sm sm sm # simulation box boundaries
|
||||
atom_style smd
|
||||
atom_modify map array
|
||||
comm_modify vel yes
|
||||
neigh_modify every 10 delay 0 check yes # re-build neighbor list every 10 steps
|
||||
newton off
|
||||
|
||||
####################################################################################################
|
||||
# READ GEOMETRY
|
||||
####################################################################################################
|
||||
read_data washer_hex_adjusted.data # read geometry of one rubber ring from file
|
||||
replicate 2 1 1
|
||||
region right block 12.2 EDGE EDGE EDGE EDGE EDGE units box
|
||||
group right region right
|
||||
group left subtract all right
|
||||
set group left type 1
|
||||
set group right type 2
|
||||
group tlsph union left right
|
||||
|
||||
####################################################################################################
|
||||
# DISCRETIZATION PARAMETERS
|
||||
####################################################################################################
|
||||
variable l0 equal 0.3 # we need to set a length scale for the neighbor list skin
|
||||
variable skin equal 4.0*${l0} # Verlet list range
|
||||
neighbor ${skin} bin
|
||||
set group all smd_contact_radius 1.0
|
||||
|
||||
|
||||
####################################################################################################
|
||||
# DEFINE INITIAL VELOCITY BOUNDARY CONDITIONS
|
||||
####################################################################################################
|
||||
variable vel equal 100.0 # initial velocity
|
||||
velocity left set ${vel} 0 0 sum no units box
|
||||
velocity right set -${vel} 0 0 sum no units box
|
||||
|
||||
####################################################################################################
|
||||
# INTERACTION PHYSICS / MATERIAL MODEL
|
||||
# One rubber ring is linear elastic, the other rubber ring is elastic-ideal plastic.
|
||||
# Contact forces between both rubber rings are used to realize physical contact.
|
||||
####################################################################################################
|
||||
pair_style hybrid/overlay smd/tlsph smd/hertz 1.0 # activate Total-Lagrangian SPH
|
||||
pair_coeff 1 1 smd/tlsph *COMMON ${rho} ${E} ${nu} ${q1} ${q2} ${hg} ${cp} &
|
||||
*STRENGTH_LINEAR &
|
||||
*EOS_LINEAR &
|
||||
*END
|
||||
pair_coeff 2 2 smd/tlsph *COMMON ${rho} ${E} ${nu} ${q1} ${q2} ${hg} ${cp} &
|
||||
*STRENGTH_LINEAR_PLASTIC ${sigma_yield} 0.0 &
|
||||
*EOS_LINEAR &
|
||||
*END
|
||||
pair_coeff 1 1 smd/hertz ${contact_stiffness}
|
||||
pair_coeff 2 2 smd/hertz ${contact_stiffness}
|
||||
pair_coeff 1 2 smd/hertz ${contact_stiffness}
|
||||
|
||||
####################################################################################################
|
||||
# TIME INTEGRATION
|
||||
####################################################################################################
|
||||
fix dtfix tlsph smd/adjust_dt 0.1 # dynamically adjust time increment every step
|
||||
fix integration_fix tlsph smd/integrate_tlsph
|
||||
|
||||
####################################################################################################
|
||||
# SPECIFY TRAJECTORY OUTPUT
|
||||
####################################################################################################
|
||||
variable dumpFreq equal 30
|
||||
compute S all smd/tlsph_stress # Cauchy stress tensor
|
||||
compute nn all smd/tlsph_num_neighs # number of neighbors for each particle
|
||||
compute cr all smd/contact_radius
|
||||
compute p all smd/plastic_strain
|
||||
compute eint all smd/internal_energy
|
||||
compute alleint all reduce sum c_eint
|
||||
variable etot equal c_alleint+ke+pe
|
||||
|
||||
dump dump_id all custom ${dumpFreq} dump.LAMMPS id type x y z vx vy vz &
|
||||
c_S[1] c_S[2] c_S[3] c_S[4] c_S[5] c_S[6] c_S[7] c_nn c_cr proc c_p radius
|
||||
dump_modify dump_id first yes
|
||||
|
||||
####################################################################################################
|
||||
# STATUS OUTPUT
|
||||
####################################################################################################
|
||||
thermo 100
|
||||
thermo_style custom step dt f_dtfix ke pe c_alleint v_etot
|
||||
|
||||
####################################################################################################
|
||||
# PERFORM INITIAL LOAD BALANCING AND RUN SIMULATION
|
||||
####################################################################################################
|
||||
run 5000
|
||||
973
examples/USER/smd/rubber_rings_3d/washer_hex_adjusted.data
Normal file
973
examples/USER/smd/rubber_rings_3d/washer_hex_adjusted.data
Normal file
@ -0,0 +1,973 @@
|
||||
COMMENT
|
||||
480 atoms
|
||||
2 atom types
|
||||
-12.000000 12.200000 xlo xhi
|
||||
-12.000000 12.200000 ylo yhi
|
||||
-0.500000 5.550000 zlo zhi
|
||||
|
||||
Atoms
|
||||
|
||||
1 1 1 3.08893 6.17786e-06 1.89656 0.497594 -7.30824 -5.99772 0.833333 -7.30824 -5.99772 0.833333
|
||||
2 1 1 3.08893 6.17786e-06 1.2877 0.497594 -7.30824 -5.99772 2.5 -7.30824 -5.99772 2.5
|
||||
3 1 1 3.08893 6.17786e-06 1.89656 0.497594 -7.30824 -5.99772 4.16667 -7.30824 -5.99772 4.16667
|
||||
4 1 1 3.08893 6.17786e-06 1.91673 0.497593 -8.33791 -4.4567 0.833333 -8.33791 -4.4567 0.833333
|
||||
5 1 1 3.08893 6.17786e-06 1.32763 0.497593 -8.33791 -4.4567 2.5 -8.33791 -4.4567 2.5
|
||||
6 1 1 3.08893 6.17786e-06 1.91673 0.497593 -8.33791 -4.4567 4.16667 -8.33791 -4.4567 4.16667
|
||||
7 1 1 3.08893 6.17786e-06 1.89354 0.497592 -9.04716 -2.74443 0.833333 -9.04716 -2.74443 0.833333
|
||||
8 1 1 3.08893 6.17786e-06 1.34536 0.497592 -9.04716 -2.74443 2.5 -9.04716 -2.74443 2.5
|
||||
9 1 1 3.08893 6.17786e-06 1.89354 0.497592 -9.04716 -2.74443 4.16667 -9.04716 -2.74443 4.16667
|
||||
10 1 1 3.08893 6.17786e-06 1.86598 0.497591 -9.40873 -0.926679 0.833333 -9.40873 -0.926679 0.833333
|
||||
11 1 1 3.08893 6.17786e-06 1.32993 0.497591 -9.40873 -0.926679 2.5 -9.40873 -0.926679 2.5
|
||||
12 1 1 3.08893 6.17786e-06 1.86598 0.497591 -9.40873 -0.926679 4.16667 -9.40873 -0.926679 4.16667
|
||||
13 1 1 2.76378 5.52756e-06 1.54888 0.497594 -6.53895 -5.36638 0.833333 -6.53895 -5.36638 0.833333
|
||||
14 1 1 2.76378 5.52756e-06 0.857059 0.497594 -6.53895 -5.36638 2.5 -6.53895 -5.36638 2.5
|
||||
15 1 1 2.76378 5.52756e-06 1.54888 0.497594 -6.53895 -5.36638 4.16667 -6.53895 -5.36638 4.16667
|
||||
16 1 1 2.76378 5.52756e-06 1.52991 0.497591 -7.46023 -3.98758 0.833333 -7.46023 -3.98758 0.833333
|
||||
17 1 1 2.76378 5.52756e-06 0.86203 0.497591 -7.46023 -3.98758 2.5 -7.46023 -3.98758 2.5
|
||||
18 1 1 2.76378 5.52756e-06 1.52991 0.497591 -7.46023 -3.98758 4.16667 -7.46023 -3.98758 4.16667
|
||||
19 1 1 2.76378 5.52756e-06 1.52713 0.497592 -8.09483 -2.45554 0.833333 -8.09483 -2.45554 0.833333
|
||||
20 1 1 2.76378 5.52756e-06 0.840951 0.497592 -8.09483 -2.45554 2.5 -8.09483 -2.45554 2.5
|
||||
21 1 1 2.76378 5.52756e-06 1.52713 0.497592 -8.09483 -2.45554 4.16667 -8.09483 -2.45554 4.16667
|
||||
22 1 1 2.76378 5.52756e-06 1.51217 0.497591 -8.41834 -0.829134 0.833333 -8.41834 -0.829134 0.833333
|
||||
23 1 1 2.76378 5.52756e-06 0.855471 0.497591 -8.41834 -0.829134 2.5 -8.41834 -0.829134 2.5
|
||||
24 1 1 2.76378 5.52756e-06 1.51217 0.497591 -8.41834 -0.829134 4.16667 -8.41834 -0.829134 4.16667
|
||||
25 1 1 2.43863 4.87726e-06 1.32374 0.497594 -5.76966 -4.73504 0.833333 -5.76966 -4.73504 0.833333
|
||||
26 1 1 2.43863 4.87726e-06 0.956891 0.497594 -5.76966 -4.73504 2.5 -5.76966 -4.73504 2.5
|
||||
27 1 1 2.43863 4.87726e-06 1.32374 0.497594 -5.76966 -4.73504 4.16667 -5.76966 -4.73504 4.16667
|
||||
28 1 1 2.43863 4.87726e-06 1.3133 0.497591 -6.58256 -3.51845 0.833333 -6.58256 -3.51845 0.833333
|
||||
29 1 1 2.43863 4.87726e-06 0.95844 0.497591 -6.58256 -3.51845 2.5 -6.58256 -3.51845 2.5
|
||||
30 1 1 2.43863 4.87726e-06 1.3133 0.497591 -6.58256 -3.51845 4.16667 -6.58256 -3.51845 4.16667
|
||||
31 1 1 2.43863 4.87726e-06 1.29434 0.497592 -7.14249 -2.16665 0.833333 -7.14249 -2.16665 0.833333
|
||||
32 1 1 2.43863 4.87726e-06 0.982503 0.497592 -7.14249 -2.16665 2.5 -7.14249 -2.16665 2.5
|
||||
33 1 1 2.43863 4.87726e-06 1.29434 0.497592 -7.14249 -2.16665 4.16667 -7.14249 -2.16665 4.16667
|
||||
34 1 1 2.43863 4.87726e-06 1.31255 0.497591 -7.42794 -0.731589 0.833333 -7.42794 -0.731589 0.833333
|
||||
35 1 1 2.43863 4.87726e-06 0.99788 0.497591 -7.42794 -0.731589 2.5 -7.42794 -0.731589 2.5
|
||||
36 1 1 2.43863 4.87726e-06 1.31255 0.497591 -7.42794 -0.731589 4.16667 -7.42794 -0.731589 4.16667
|
||||
37 1 1 2.11348 4.22696e-06 1.15845 0.49759 -5.00037 -4.1037 0.833333 -5.00037 -4.1037 0.833333
|
||||
38 1 1 2.11348 4.22696e-06 0.872011 0.49759 -5.00037 -4.1037 2.5 -5.00037 -4.1037 2.5
|
||||
39 1 1 2.11348 4.22696e-06 1.15845 0.49759 -5.00037 -4.1037 4.16667 -5.00037 -4.1037 4.16667
|
||||
40 1 1 2.11348 4.22696e-06 1.15778 0.497589 -5.70488 -3.04932 0.833333 -5.70488 -3.04932 0.833333
|
||||
41 1 1 2.11348 4.22696e-06 0.881233 0.497589 -5.70488 -3.04932 2.5 -5.70488 -3.04932 2.5
|
||||
42 1 1 2.11348 4.22696e-06 1.15778 0.497589 -5.70488 -3.04932 4.16667 -5.70488 -3.04932 4.16667
|
||||
43 1 1 2.11348 4.22696e-06 1.15771 0.49759 -6.19016 -1.87776 0.833333 -6.19016 -1.87776 0.833333
|
||||
44 1 1 2.11348 4.22696e-06 0.882047 0.49759 -6.19016 -1.87776 2.5 -6.19016 -1.87776 2.5
|
||||
45 1 1 2.11348 4.22696e-06 1.15771 0.49759 -6.19016 -1.87776 4.16667 -6.19016 -1.87776 4.16667
|
||||
46 1 1 2.11348 4.22696e-06 1.16835 0.497591 -6.43755 -0.634044 0.833333 -6.43755 -0.634044 0.833333
|
||||
47 1 1 2.11348 4.22696e-06 0.886875 0.497591 -6.43755 -0.634044 2.5 -6.43755 -0.634044 2.5
|
||||
48 1 1 2.11348 4.22696e-06 1.16835 0.497591 -6.43755 -0.634044 4.16667 -6.43755 -0.634044 4.16667
|
||||
49 1 1 1.78833 3.57666e-06 1.46933 0.49759 -4.23109 -3.47236 0.833333 -4.23109 -3.47236 0.833333
|
||||
50 1 1 1.78833 3.57666e-06 1.09432 0.49759 -4.23109 -3.47236 2.5 -4.23109 -3.47236 2.5
|
||||
51 1 1 1.78833 3.57666e-06 1.46933 0.49759 -4.23109 -3.47236 4.16667 -4.23109 -3.47236 4.16667
|
||||
52 1 1 1.78833 3.57666e-06 1.48778 0.497589 -4.82721 -2.5802 0.833333 -4.82721 -2.5802 0.833333
|
||||
53 1 1 1.78833 3.57666e-06 1.1302 0.497589 -4.82721 -2.5802 2.5 -4.82721 -2.5802 2.5
|
||||
54 1 1 1.78833 3.57666e-06 1.48778 0.497589 -4.82721 -2.5802 4.16667 -4.82721 -2.5802 4.16667
|
||||
55 1 1 1.78833 3.57666e-06 1.47414 0.49759 -5.23783 -1.58888 0.833333 -5.23783 -1.58888 0.833333
|
||||
56 1 1 1.78833 3.57666e-06 1.13801 0.49759 -5.23783 -1.58888 2.5 -5.23783 -1.58888 2.5
|
||||
57 1 1 1.78833 3.57666e-06 1.47414 0.49759 -5.23783 -1.58888 4.16667 -5.23783 -1.58888 4.16667
|
||||
58 1 1 1.78833 3.57666e-06 1.51474 0.497591 -5.44716 -0.536499 0.833333 -5.44716 -0.536499 0.833333
|
||||
59 1 1 1.78833 3.57666e-06 1.09428 0.497591 -5.44716 -0.536499 2.5 -5.44716 -0.536499 2.5
|
||||
60 1 1 1.78833 3.57666e-06 1.51474 0.497591 -5.44716 -0.536499 4.16667 -5.44716 -0.536499 4.16667
|
||||
61 1 1 3.08893 6.17786e-06 1.86598 0.497591 -9.40873 0.926679 0.833333 -9.40873 0.926679 0.833333
|
||||
62 1 1 3.08893 6.17786e-06 1.32993 0.497591 -9.40873 0.926679 2.5 -9.40873 0.926679 2.5
|
||||
63 1 1 3.08893 6.17786e-06 1.86598 0.497591 -9.40873 0.926679 4.16667 -9.40873 0.926679 4.16667
|
||||
64 1 1 3.08893 6.17786e-06 1.89354 0.497592 -9.04716 2.74443 0.833333 -9.04716 2.74443 0.833333
|
||||
65 1 1 3.08893 6.17786e-06 1.34536 0.497592 -9.04716 2.74443 2.5 -9.04716 2.74443 2.5
|
||||
66 1 1 3.08893 6.17786e-06 1.89354 0.497592 -9.04716 2.74443 4.16667 -9.04716 2.74443 4.16667
|
||||
67 1 1 3.08893 6.17786e-06 1.91673 0.497593 -8.33791 4.4567 0.833333 -8.33791 4.4567 0.833333
|
||||
68 1 1 3.08893 6.17786e-06 1.32763 0.497593 -8.33791 4.4567 2.5 -8.33791 4.4567 2.5
|
||||
69 1 1 3.08893 6.17786e-06 1.91673 0.497593 -8.33791 4.4567 4.16667 -8.33791 4.4567 4.16667
|
||||
70 1 1 3.08893 6.17786e-06 1.89656 0.497594 -7.30824 5.99772 0.833333 -7.30824 5.99772 0.833333
|
||||
71 1 1 3.08893 6.17786e-06 1.2877 0.497594 -7.30824 5.99772 2.5 -7.30824 5.99772 2.5
|
||||
72 1 1 3.08893 6.17786e-06 1.89656 0.497594 -7.30824 5.99772 4.16667 -7.30824 5.99772 4.16667
|
||||
73 1 1 2.76378 5.52756e-06 1.51217 0.497591 -8.41834 0.829134 0.833333 -8.41834 0.829134 0.833333
|
||||
74 1 1 2.76378 5.52756e-06 0.855471 0.497591 -8.41834 0.829134 2.5 -8.41834 0.829134 2.5
|
||||
75 1 1 2.76378 5.52756e-06 1.51217 0.497591 -8.41834 0.829134 4.16667 -8.41834 0.829134 4.16667
|
||||
76 1 1 2.76378 5.52756e-06 1.52713 0.497592 -8.09483 2.45554 0.833333 -8.09483 2.45554 0.833333
|
||||
77 1 1 2.76378 5.52756e-06 0.840951 0.497592 -8.09483 2.45554 2.5 -8.09483 2.45554 2.5
|
||||
78 1 1 2.76378 5.52756e-06 1.52713 0.497592 -8.09483 2.45554 4.16667 -8.09483 2.45554 4.16667
|
||||
79 1 1 2.76378 5.52756e-06 1.52991 0.497591 -7.46023 3.98758 0.833333 -7.46023 3.98758 0.833333
|
||||
80 1 1 2.76378 5.52756e-06 0.86203 0.497591 -7.46023 3.98758 2.5 -7.46023 3.98758 2.5
|
||||
81 1 1 2.76378 5.52756e-06 1.52991 0.497591 -7.46023 3.98758 4.16667 -7.46023 3.98758 4.16667
|
||||
82 1 1 2.76378 5.52756e-06 1.54888 0.497594 -6.53895 5.36638 0.833333 -6.53895 5.36638 0.833333
|
||||
83 1 1 2.76378 5.52756e-06 0.857059 0.497594 -6.53895 5.36638 2.5 -6.53895 5.36638 2.5
|
||||
84 1 1 2.76378 5.52756e-06 1.54888 0.497594 -6.53895 5.36638 4.16667 -6.53895 5.36638 4.16667
|
||||
85 1 1 2.43863 4.87726e-06 1.31255 0.497591 -7.42794 0.731589 0.833333 -7.42794 0.731589 0.833333
|
||||
86 1 1 2.43863 4.87726e-06 0.99788 0.497591 -7.42794 0.731589 2.5 -7.42794 0.731589 2.5
|
||||
87 1 1 2.43863 4.87726e-06 1.31255 0.497591 -7.42794 0.731589 4.16667 -7.42794 0.731589 4.16667
|
||||
88 1 1 2.43863 4.87726e-06 1.29434 0.497592 -7.14249 2.16665 0.833333 -7.14249 2.16665 0.833333
|
||||
89 1 1 2.43863 4.87726e-06 0.982503 0.497592 -7.14249 2.16665 2.5 -7.14249 2.16665 2.5
|
||||
90 1 1 2.43863 4.87726e-06 1.29434 0.497592 -7.14249 2.16665 4.16667 -7.14249 2.16665 4.16667
|
||||
91 1 1 2.43863 4.87726e-06 1.3133 0.497591 -6.58256 3.51845 0.833333 -6.58256 3.51845 0.833333
|
||||
92 1 1 2.43863 4.87726e-06 0.95844 0.497591 -6.58256 3.51845 2.5 -6.58256 3.51845 2.5
|
||||
93 1 1 2.43863 4.87726e-06 1.3133 0.497591 -6.58256 3.51845 4.16667 -6.58256 3.51845 4.16667
|
||||
94 1 1 2.43863 4.87726e-06 1.32374 0.497594 -5.76966 4.73504 0.833333 -5.76966 4.73504 0.833333
|
||||
95 1 1 2.43863 4.87726e-06 0.956891 0.497594 -5.76966 4.73504 2.5 -5.76966 4.73504 2.5
|
||||
96 1 1 2.43863 4.87726e-06 1.32374 0.497594 -5.76966 4.73504 4.16667 -5.76966 4.73504 4.16667
|
||||
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|
||||
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|
||||
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|
||||
100 1 1 2.11348 4.22696e-06 1.15771 0.49759 -6.19016 1.87776 0.833333 -6.19016 1.87776 0.833333
|
||||
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|
||||
102 1 1 2.11348 4.22696e-06 1.15771 0.49759 -6.19016 1.87776 4.16667 -6.19016 1.87776 4.16667
|
||||
103 1 1 2.11348 4.22696e-06 1.15778 0.497589 -5.70488 3.04932 0.833333 -5.70488 3.04932 0.833333
|
||||
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|
||||
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|
||||
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|
||||
107 1 1 2.11348 4.22696e-06 0.872011 0.49759 -5.00037 4.1037 2.5 -5.00037 4.1037 2.5
|
||||
108 1 1 2.11348 4.22696e-06 1.15845 0.49759 -5.00037 4.1037 4.16667 -5.00037 4.1037 4.16667
|
||||
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|
||||
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|
||||
111 1 1 1.78833 3.57666e-06 1.51474 0.497591 -5.44716 0.536499 4.16667 -5.44716 0.536499 4.16667
|
||||
112 1 1 1.78833 3.57666e-06 1.47414 0.49759 -5.23783 1.58888 0.833333 -5.23783 1.58888 0.833333
|
||||
113 1 1 1.78833 3.57666e-06 1.13801 0.49759 -5.23783 1.58888 2.5 -5.23783 1.58888 2.5
|
||||
114 1 1 1.78833 3.57666e-06 1.47414 0.49759 -5.23783 1.58888 4.16667 -5.23783 1.58888 4.16667
|
||||
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|
||||
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|
||||
117 1 1 1.78833 3.57666e-06 1.48778 0.497589 -4.82721 2.5802 4.16667 -4.82721 2.5802 4.16667
|
||||
118 1 1 1.78833 3.57666e-06 1.46933 0.49759 -4.23109 3.47236 0.833333 -4.23109 3.47236 0.833333
|
||||
119 1 1 1.78833 3.57666e-06 1.09432 0.49759 -4.23109 3.47236 2.5 -4.23109 3.47236 2.5
|
||||
120 1 1 1.78833 3.57666e-06 1.46933 0.49759 -4.23109 3.47236 4.16667 -4.23109 3.47236 4.16667
|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
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|
||||
147 1 1 2.11348 4.22696e-06 1.15778 0.497589 -3.04932 -5.70488 4.16667 -3.04932 -5.70488 4.16667
|
||||
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|
||||
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|
||||
150 1 1 1.78833 3.57666e-06 1.48778 0.497589 -2.5802 -4.82721 4.16667 -2.5802 -4.82721 4.16667
|
||||
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|
||||
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|
||||
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|
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|
||||
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|
||||
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|
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|
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|
||||
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|
||||
160 1 1 2.11348 4.22696e-06 1.15771 0.49759 -1.87776 -6.19016 0.833333 -1.87776 -6.19016 0.833333
|
||||
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|
||||
162 1 1 2.11348 4.22696e-06 1.15771 0.49759 -1.87776 -6.19016 4.16667 -1.87776 -6.19016 4.16667
|
||||
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|
||||
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|
||||
165 1 1 1.78833 3.57666e-06 1.47414 0.49759 -1.58888 -5.23783 4.16667 -1.58888 -5.23783 4.16667
|
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|
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|
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|
||||
170 1 1 2.76378 5.52756e-06 0.855471 0.497591 -0.829134 -8.41834 2.5 -0.829134 -8.41834 2.5
|
||||
171 1 1 2.76378 5.52756e-06 1.51217 0.497591 -0.829134 -8.41834 4.16667 -0.829134 -8.41834 4.16667
|
||||
172 1 1 2.43863 4.87726e-06 1.31255 0.497591 -0.731589 -7.42794 0.833333 -0.731589 -7.42794 0.833333
|
||||
173 1 1 2.43863 4.87726e-06 0.99788 0.497591 -0.731589 -7.42794 2.5 -0.731589 -7.42794 2.5
|
||||
174 1 1 2.43863 4.87726e-06 1.31255 0.497591 -0.731589 -7.42794 4.16667 -0.731589 -7.42794 4.16667
|
||||
175 1 1 2.11348 4.22696e-06 1.16835 0.497591 -0.634044 -6.43755 0.833333 -0.634044 -6.43755 0.833333
|
||||
176 1 1 2.11348 4.22696e-06 0.886875 0.497591 -0.634044 -6.43755 2.5 -0.634044 -6.43755 2.5
|
||||
177 1 1 2.11348 4.22696e-06 1.16835 0.497591 -0.634044 -6.43755 4.16667 -0.634044 -6.43755 4.16667
|
||||
178 1 1 1.78833 3.57666e-06 1.51474 0.497591 -0.536499 -5.44716 0.833333 -0.536499 -5.44716 0.833333
|
||||
179 1 1 1.78833 3.57666e-06 1.09428 0.497591 -0.536499 -5.44716 2.5 -0.536499 -5.44716 2.5
|
||||
180 1 1 1.78833 3.57666e-06 1.51474 0.497591 -0.536499 -5.44716 4.16667 -0.536499 -5.44716 4.16667
|
||||
181 1 1 1.78833 3.57666e-06 1.46933 0.49759 -3.47236 4.23109 0.833333 -3.47236 4.23109 0.833333
|
||||
182 1 1 1.78833 3.57666e-06 1.09432 0.49759 -3.47236 4.23109 2.5 -3.47236 4.23109 2.5
|
||||
183 1 1 1.78833 3.57666e-06 1.46933 0.49759 -3.47236 4.23109 4.16667 -3.47236 4.23109 4.16667
|
||||
184 1 1 2.11348 4.22696e-06 1.15845 0.49759 -4.1037 5.00037 0.833333 -4.1037 5.00037 0.833333
|
||||
185 1 1 2.11348 4.22696e-06 0.872011 0.49759 -4.1037 5.00037 2.5 -4.1037 5.00037 2.5
|
||||
186 1 1 2.11348 4.22696e-06 1.15845 0.49759 -4.1037 5.00037 4.16667 -4.1037 5.00037 4.16667
|
||||
187 1 1 2.43863 4.87726e-06 1.32374 0.497594 -4.73504 5.76966 0.833333 -4.73504 5.76966 0.833333
|
||||
188 1 1 2.43863 4.87726e-06 0.956891 0.497594 -4.73504 5.76966 2.5 -4.73504 5.76966 2.5
|
||||
189 1 1 2.43863 4.87726e-06 1.32374 0.497594 -4.73504 5.76966 4.16667 -4.73504 5.76966 4.16667
|
||||
190 1 1 2.76378 5.52756e-06 1.54888 0.497594 -5.36638 6.53895 0.833333 -5.36638 6.53895 0.833333
|
||||
191 1 1 2.76378 5.52756e-06 0.857059 0.497594 -5.36638 6.53895 2.5 -5.36638 6.53895 2.5
|
||||
192 1 1 2.76378 5.52756e-06 1.54888 0.497594 -5.36638 6.53895 4.16667 -5.36638 6.53895 4.16667
|
||||
193 1 1 3.08893 6.17786e-06 1.89656 0.497594 -5.99772 7.30824 0.833333 -5.99772 7.30824 0.833333
|
||||
194 1 1 3.08893 6.17786e-06 1.2877 0.497594 -5.99772 7.30824 2.5 -5.99772 7.30824 2.5
|
||||
195 1 1 3.08893 6.17786e-06 1.89656 0.497594 -5.99772 7.30824 4.16667 -5.99772 7.30824 4.16667
|
||||
196 1 1 1.78833 3.57666e-06 1.48778 0.497589 -2.5802 4.82721 0.833333 -2.5802 4.82721 0.833333
|
||||
197 1 1 1.78833 3.57666e-06 1.1302 0.497589 -2.5802 4.82721 2.5 -2.5802 4.82721 2.5
|
||||
198 1 1 1.78833 3.57666e-06 1.48778 0.497589 -2.5802 4.82721 4.16667 -2.5802 4.82721 4.16667
|
||||
199 1 1 2.11348 4.22696e-06 1.15778 0.497589 -3.04932 5.70488 0.833333 -3.04932 5.70488 0.833333
|
||||
200 1 1 2.11348 4.22696e-06 0.881233 0.497589 -3.04932 5.70488 2.5 -3.04932 5.70488 2.5
|
||||
201 1 1 2.11348 4.22696e-06 1.15778 0.497589 -3.04932 5.70488 4.16667 -3.04932 5.70488 4.16667
|
||||
202 1 1 2.43863 4.87726e-06 1.3133 0.497591 -3.51845 6.58256 0.833333 -3.51845 6.58256 0.833333
|
||||
203 1 1 2.43863 4.87726e-06 0.95844 0.497591 -3.51845 6.58256 2.5 -3.51845 6.58256 2.5
|
||||
204 1 1 2.43863 4.87726e-06 1.3133 0.497591 -3.51845 6.58256 4.16667 -3.51845 6.58256 4.16667
|
||||
205 1 1 2.76378 5.52756e-06 1.52991 0.497591 -3.98758 7.46023 0.833333 -3.98758 7.46023 0.833333
|
||||
206 1 1 2.76378 5.52756e-06 0.86203 0.497591 -3.98758 7.46023 2.5 -3.98758 7.46023 2.5
|
||||
207 1 1 2.76378 5.52756e-06 1.52991 0.497591 -3.98758 7.46023 4.16667 -3.98758 7.46023 4.16667
|
||||
208 1 1 3.08893 6.17786e-06 1.91673 0.497593 -4.4567 8.33791 0.833333 -4.4567 8.33791 0.833333
|
||||
209 1 1 3.08893 6.17786e-06 1.32763 0.497593 -4.4567 8.33791 2.5 -4.4567 8.33791 2.5
|
||||
210 1 1 3.08893 6.17786e-06 1.91673 0.497593 -4.4567 8.33791 4.16667 -4.4567 8.33791 4.16667
|
||||
211 1 1 1.78833 3.57666e-06 1.47414 0.49759 -1.58888 5.23783 0.833333 -1.58888 5.23783 0.833333
|
||||
212 1 1 1.78833 3.57666e-06 1.13801 0.49759 -1.58888 5.23783 2.5 -1.58888 5.23783 2.5
|
||||
213 1 1 1.78833 3.57666e-06 1.47414 0.49759 -1.58888 5.23783 4.16667 -1.58888 5.23783 4.16667
|
||||
214 1 1 2.11348 4.22696e-06 1.15771 0.49759 -1.87776 6.19016 0.833333 -1.87776 6.19016 0.833333
|
||||
215 1 1 2.11348 4.22696e-06 0.882047 0.49759 -1.87776 6.19016 2.5 -1.87776 6.19016 2.5
|
||||
216 1 1 2.11348 4.22696e-06 1.15771 0.49759 -1.87776 6.19016 4.16667 -1.87776 6.19016 4.16667
|
||||
217 1 1 2.43863 4.87726e-06 1.29434 0.497592 -2.16665 7.14249 0.833333 -2.16665 7.14249 0.833333
|
||||
218 1 1 2.43863 4.87726e-06 0.982503 0.497592 -2.16665 7.14249 2.5 -2.16665 7.14249 2.5
|
||||
219 1 1 2.43863 4.87726e-06 1.29434 0.497592 -2.16665 7.14249 4.16667 -2.16665 7.14249 4.16667
|
||||
220 1 1 2.76378 5.52756e-06 1.52713 0.497592 -2.45554 8.09483 0.833333 -2.45554 8.09483 0.833333
|
||||
221 1 1 2.76378 5.52756e-06 0.840951 0.497592 -2.45554 8.09483 2.5 -2.45554 8.09483 2.5
|
||||
222 1 1 2.76378 5.52756e-06 1.52713 0.497592 -2.45554 8.09483 4.16667 -2.45554 8.09483 4.16667
|
||||
223 1 1 3.08893 6.17786e-06 1.89354 0.497592 -2.74443 9.04716 0.833333 -2.74443 9.04716 0.833333
|
||||
224 1 1 3.08893 6.17786e-06 1.34536 0.497592 -2.74443 9.04716 2.5 -2.74443 9.04716 2.5
|
||||
225 1 1 3.08893 6.17786e-06 1.89354 0.497592 -2.74443 9.04716 4.16667 -2.74443 9.04716 4.16667
|
||||
226 1 1 1.78833 3.57666e-06 1.51474 0.497591 -0.536499 5.44716 0.833333 -0.536499 5.44716 0.833333
|
||||
227 1 1 1.78833 3.57666e-06 1.09428 0.497591 -0.536499 5.44716 2.5 -0.536499 5.44716 2.5
|
||||
228 1 1 1.78833 3.57666e-06 1.51474 0.497591 -0.536499 5.44716 4.16667 -0.536499 5.44716 4.16667
|
||||
229 1 1 2.11348 4.22696e-06 1.16835 0.497591 -0.634044 6.43755 0.833333 -0.634044 6.43755 0.833333
|
||||
230 1 1 2.11348 4.22696e-06 0.886875 0.497591 -0.634044 6.43755 2.5 -0.634044 6.43755 2.5
|
||||
231 1 1 2.11348 4.22696e-06 1.16835 0.497591 -0.634044 6.43755 4.16667 -0.634044 6.43755 4.16667
|
||||
232 1 1 2.43863 4.87726e-06 1.31255 0.497591 -0.731589 7.42794 0.833333 -0.731589 7.42794 0.833333
|
||||
233 1 1 2.43863 4.87726e-06 0.99788 0.497591 -0.731589 7.42794 2.5 -0.731589 7.42794 2.5
|
||||
234 1 1 2.43863 4.87726e-06 1.31255 0.497591 -0.731589 7.42794 4.16667 -0.731589 7.42794 4.16667
|
||||
235 1 1 2.76378 5.52756e-06 1.51217 0.497591 -0.829134 8.41834 0.833333 -0.829134 8.41834 0.833333
|
||||
236 1 1 2.76378 5.52756e-06 0.855471 0.497591 -0.829134 8.41834 2.5 -0.829134 8.41834 2.5
|
||||
237 1 1 2.76378 5.52756e-06 1.51217 0.497591 -0.829134 8.41834 4.16667 -0.829134 8.41834 4.16667
|
||||
238 1 1 3.08893 6.17786e-06 1.86598 0.497591 -0.926679 9.40873 0.833333 -0.926679 9.40873 0.833333
|
||||
239 1 1 3.08893 6.17786e-06 1.32993 0.497591 -0.926679 9.40873 2.5 -0.926679 9.40873 2.5
|
||||
240 1 1 3.08893 6.17786e-06 1.86598 0.497591 -0.926679 9.40873 4.16667 -0.926679 9.40873 4.16667
|
||||
241 1 1 3.08893 6.17786e-06 1.86598 0.497591 0.926679 -9.40873 0.833333 0.926679 -9.40873 0.833333
|
||||
242 1 1 3.08893 6.17786e-06 1.32993 0.497591 0.926679 -9.40873 2.5 0.926679 -9.40873 2.5
|
||||
243 1 1 3.08893 6.17786e-06 1.86598 0.497591 0.926679 -9.40873 4.16667 0.926679 -9.40873 4.16667
|
||||
244 1 1 2.76378 5.52756e-06 1.51217 0.497591 0.829134 -8.41834 0.833333 0.829134 -8.41834 0.833333
|
||||
245 1 1 2.76378 5.52756e-06 0.855471 0.497591 0.829134 -8.41834 2.5 0.829134 -8.41834 2.5
|
||||
246 1 1 2.76378 5.52756e-06 1.51217 0.497591 0.829134 -8.41834 4.16667 0.829134 -8.41834 4.16667
|
||||
247 1 1 2.43863 4.87726e-06 1.31255 0.497591 0.731589 -7.42794 0.833333 0.731589 -7.42794 0.833333
|
||||
248 1 1 2.43863 4.87726e-06 0.99788 0.497591 0.731589 -7.42794 2.5 0.731589 -7.42794 2.5
|
||||
249 1 1 2.43863 4.87726e-06 1.31255 0.497591 0.731589 -7.42794 4.16667 0.731589 -7.42794 4.16667
|
||||
250 1 1 2.11348 4.22696e-06 1.16835 0.497591 0.634044 -6.43755 0.833333 0.634044 -6.43755 0.833333
|
||||
251 1 1 2.11348 4.22696e-06 0.886875 0.497591 0.634044 -6.43755 2.5 0.634044 -6.43755 2.5
|
||||
252 1 1 2.11348 4.22696e-06 1.16835 0.497591 0.634044 -6.43755 4.16667 0.634044 -6.43755 4.16667
|
||||
253 1 1 1.78833 3.57666e-06 1.51474 0.497591 0.536499 -5.44716 0.833333 0.536499 -5.44716 0.833333
|
||||
254 1 1 1.78833 3.57666e-06 1.09428 0.497591 0.536499 -5.44716 2.5 0.536499 -5.44716 2.5
|
||||
255 1 1 1.78833 3.57666e-06 1.51474 0.497591 0.536499 -5.44716 4.16667 0.536499 -5.44716 4.16667
|
||||
256 1 1 3.08893 6.17786e-06 1.89354 0.497592 2.74443 -9.04716 0.833333 2.74443 -9.04716 0.833333
|
||||
257 1 1 3.08893 6.17786e-06 1.34536 0.497592 2.74443 -9.04716 2.5 2.74443 -9.04716 2.5
|
||||
258 1 1 3.08893 6.17786e-06 1.89354 0.497592 2.74443 -9.04716 4.16667 2.74443 -9.04716 4.16667
|
||||
259 1 1 2.76378 5.52756e-06 1.52713 0.497592 2.45554 -8.09483 0.833333 2.45554 -8.09483 0.833333
|
||||
260 1 1 2.76378 5.52756e-06 0.840951 0.497592 2.45554 -8.09483 2.5 2.45554 -8.09483 2.5
|
||||
261 1 1 2.76378 5.52756e-06 1.52713 0.497592 2.45554 -8.09483 4.16667 2.45554 -8.09483 4.16667
|
||||
262 1 1 2.43863 4.87726e-06 1.29434 0.497592 2.16665 -7.14249 0.833333 2.16665 -7.14249 0.833333
|
||||
263 1 1 2.43863 4.87726e-06 0.982503 0.497592 2.16665 -7.14249 2.5 2.16665 -7.14249 2.5
|
||||
264 1 1 2.43863 4.87726e-06 1.29434 0.497592 2.16665 -7.14249 4.16667 2.16665 -7.14249 4.16667
|
||||
265 1 1 2.11348 4.22696e-06 1.15771 0.49759 1.87776 -6.19016 0.833333 1.87776 -6.19016 0.833333
|
||||
266 1 1 2.11348 4.22696e-06 0.882047 0.49759 1.87776 -6.19016 2.5 1.87776 -6.19016 2.5
|
||||
267 1 1 2.11348 4.22696e-06 1.15771 0.49759 1.87776 -6.19016 4.16667 1.87776 -6.19016 4.16667
|
||||
268 1 1 1.78833 3.57666e-06 1.47414 0.49759 1.58888 -5.23783 0.833333 1.58888 -5.23783 0.833333
|
||||
269 1 1 1.78833 3.57666e-06 1.13801 0.49759 1.58888 -5.23783 2.5 1.58888 -5.23783 2.5
|
||||
270 1 1 1.78833 3.57666e-06 1.47414 0.49759 1.58888 -5.23783 4.16667 1.58888 -5.23783 4.16667
|
||||
271 1 1 3.08893 6.17786e-06 1.91673 0.497593 4.4567 -8.33791 0.833333 4.4567 -8.33791 0.833333
|
||||
272 1 1 3.08893 6.17786e-06 1.32763 0.497593 4.4567 -8.33791 2.5 4.4567 -8.33791 2.5
|
||||
273 1 1 3.08893 6.17786e-06 1.91673 0.497593 4.4567 -8.33791 4.16667 4.4567 -8.33791 4.16667
|
||||
274 1 1 2.76378 5.52756e-06 1.52991 0.497591 3.98758 -7.46023 0.833333 3.98758 -7.46023 0.833333
|
||||
275 1 1 2.76378 5.52756e-06 0.86203 0.497591 3.98758 -7.46023 2.5 3.98758 -7.46023 2.5
|
||||
276 1 1 2.76378 5.52756e-06 1.52991 0.497591 3.98758 -7.46023 4.16667 3.98758 -7.46023 4.16667
|
||||
277 1 1 2.43863 4.87726e-06 1.3133 0.497591 3.51845 -6.58256 0.833333 3.51845 -6.58256 0.833333
|
||||
278 1 1 2.43863 4.87726e-06 0.95844 0.497591 3.51845 -6.58256 2.5 3.51845 -6.58256 2.5
|
||||
279 1 1 2.43863 4.87726e-06 1.3133 0.497591 3.51845 -6.58256 4.16667 3.51845 -6.58256 4.16667
|
||||
280 1 1 2.11348 4.22696e-06 1.15778 0.497589 3.04932 -5.70488 0.833333 3.04932 -5.70488 0.833333
|
||||
281 1 1 2.11348 4.22696e-06 0.881233 0.497589 3.04932 -5.70488 2.5 3.04932 -5.70488 2.5
|
||||
282 1 1 2.11348 4.22696e-06 1.15778 0.497589 3.04932 -5.70488 4.16667 3.04932 -5.70488 4.16667
|
||||
283 1 1 1.78833 3.57666e-06 1.48778 0.497589 2.5802 -4.82721 0.833333 2.5802 -4.82721 0.833333
|
||||
284 1 1 1.78833 3.57666e-06 1.1302 0.497589 2.5802 -4.82721 2.5 2.5802 -4.82721 2.5
|
||||
285 1 1 1.78833 3.57666e-06 1.48778 0.497589 2.5802 -4.82721 4.16667 2.5802 -4.82721 4.16667
|
||||
286 1 1 3.08893 6.17786e-06 1.89656 0.497594 5.99772 -7.30824 0.833333 5.99772 -7.30824 0.833333
|
||||
287 1 1 3.08893 6.17786e-06 1.2877 0.497594 5.99772 -7.30824 2.5 5.99772 -7.30824 2.5
|
||||
288 1 1 3.08893 6.17786e-06 1.89656 0.497594 5.99772 -7.30824 4.16667 5.99772 -7.30824 4.16667
|
||||
289 1 1 2.76378 5.52756e-06 1.54888 0.497594 5.36638 -6.53895 0.833333 5.36638 -6.53895 0.833333
|
||||
290 1 1 2.76378 5.52756e-06 0.857059 0.497594 5.36638 -6.53895 2.5 5.36638 -6.53895 2.5
|
||||
291 1 1 2.76378 5.52756e-06 1.54888 0.497594 5.36638 -6.53895 4.16667 5.36638 -6.53895 4.16667
|
||||
292 1 1 2.43863 4.87726e-06 1.32374 0.497594 4.73504 -5.76966 0.833333 4.73504 -5.76966 0.833333
|
||||
293 1 1 2.43863 4.87726e-06 0.956891 0.497594 4.73504 -5.76966 2.5 4.73504 -5.76966 2.5
|
||||
294 1 1 2.43863 4.87726e-06 1.32374 0.497594 4.73504 -5.76966 4.16667 4.73504 -5.76966 4.16667
|
||||
295 1 1 2.11348 4.22696e-06 1.15845 0.49759 4.1037 -5.00037 0.833333 4.1037 -5.00037 0.833333
|
||||
296 1 1 2.11348 4.22696e-06 0.872011 0.49759 4.1037 -5.00037 2.5 4.1037 -5.00037 2.5
|
||||
297 1 1 2.11348 4.22696e-06 1.15845 0.49759 4.1037 -5.00037 4.16667 4.1037 -5.00037 4.16667
|
||||
298 1 1 1.78833 3.57666e-06 1.46933 0.49759 3.47236 -4.23109 0.833333 3.47236 -4.23109 0.833333
|
||||
299 1 1 1.78833 3.57666e-06 1.09432 0.49759 3.47236 -4.23109 2.5 3.47236 -4.23109 2.5
|
||||
300 1 1 1.78833 3.57666e-06 1.46933 0.49759 3.47236 -4.23109 4.16667 3.47236 -4.23109 4.16667
|
||||
301 1 1 1.78833 3.57666e-06 1.51474 0.497591 0.536499 5.44716 0.833333 0.536499 5.44716 0.833333
|
||||
302 1 1 1.78833 3.57666e-06 1.09428 0.497591 0.536499 5.44716 2.5 0.536499 5.44716 2.5
|
||||
303 1 1 1.78833 3.57666e-06 1.51474 0.497591 0.536499 5.44716 4.16667 0.536499 5.44716 4.16667
|
||||
304 1 1 2.11348 4.22696e-06 1.16835 0.497591 0.634044 6.43755 0.833333 0.634044 6.43755 0.833333
|
||||
305 1 1 2.11348 4.22696e-06 0.886875 0.497591 0.634044 6.43755 2.5 0.634044 6.43755 2.5
|
||||
306 1 1 2.11348 4.22696e-06 1.16835 0.497591 0.634044 6.43755 4.16667 0.634044 6.43755 4.16667
|
||||
307 1 1 2.43863 4.87726e-06 1.31255 0.497591 0.731589 7.42794 0.833333 0.731589 7.42794 0.833333
|
||||
308 1 1 2.43863 4.87726e-06 0.99788 0.497591 0.731589 7.42794 2.5 0.731589 7.42794 2.5
|
||||
309 1 1 2.43863 4.87726e-06 1.31255 0.497591 0.731589 7.42794 4.16667 0.731589 7.42794 4.16667
|
||||
310 1 1 2.76378 5.52756e-06 1.51217 0.497591 0.829134 8.41834 0.833333 0.829134 8.41834 0.833333
|
||||
311 1 1 2.76378 5.52756e-06 0.855471 0.497591 0.829134 8.41834 2.5 0.829134 8.41834 2.5
|
||||
312 1 1 2.76378 5.52756e-06 1.51217 0.497591 0.829134 8.41834 4.16667 0.829134 8.41834 4.16667
|
||||
313 1 1 3.08893 6.17786e-06 1.86598 0.497591 0.926679 9.40873 0.833333 0.926679 9.40873 0.833333
|
||||
314 1 1 3.08893 6.17786e-06 1.32993 0.497591 0.926679 9.40873 2.5 0.926679 9.40873 2.5
|
||||
315 1 1 3.08893 6.17786e-06 1.86598 0.497591 0.926679 9.40873 4.16667 0.926679 9.40873 4.16667
|
||||
316 1 1 1.78833 3.57666e-06 1.47414 0.49759 1.58888 5.23783 0.833333 1.58888 5.23783 0.833333
|
||||
317 1 1 1.78833 3.57666e-06 1.13801 0.49759 1.58888 5.23783 2.5 1.58888 5.23783 2.5
|
||||
318 1 1 1.78833 3.57666e-06 1.47414 0.49759 1.58888 5.23783 4.16667 1.58888 5.23783 4.16667
|
||||
319 1 1 2.11348 4.22696e-06 1.15771 0.49759 1.87776 6.19016 0.833333 1.87776 6.19016 0.833333
|
||||
320 1 1 2.11348 4.22696e-06 0.882047 0.49759 1.87776 6.19016 2.5 1.87776 6.19016 2.5
|
||||
321 1 1 2.11348 4.22696e-06 1.15771 0.49759 1.87776 6.19016 4.16667 1.87776 6.19016 4.16667
|
||||
322 1 1 2.43863 4.87726e-06 1.29434 0.497592 2.16665 7.14249 0.833333 2.16665 7.14249 0.833333
|
||||
323 1 1 2.43863 4.87726e-06 0.982503 0.497592 2.16665 7.14249 2.5 2.16665 7.14249 2.5
|
||||
324 1 1 2.43863 4.87726e-06 1.29434 0.497592 2.16665 7.14249 4.16667 2.16665 7.14249 4.16667
|
||||
325 1 1 2.76378 5.52756e-06 1.52713 0.497592 2.45554 8.09483 0.833333 2.45554 8.09483 0.833333
|
||||
326 1 1 2.76378 5.52756e-06 0.840951 0.497592 2.45554 8.09483 2.5 2.45554 8.09483 2.5
|
||||
327 1 1 2.76378 5.52756e-06 1.52713 0.497592 2.45554 8.09483 4.16667 2.45554 8.09483 4.16667
|
||||
328 1 1 3.08893 6.17786e-06 1.89354 0.497592 2.74443 9.04716 0.833333 2.74443 9.04716 0.833333
|
||||
329 1 1 3.08893 6.17786e-06 1.34536 0.497592 2.74443 9.04716 2.5 2.74443 9.04716 2.5
|
||||
330 1 1 3.08893 6.17786e-06 1.89354 0.497592 2.74443 9.04716 4.16667 2.74443 9.04716 4.16667
|
||||
331 1 1 1.78833 3.57666e-06 1.48778 0.497589 2.5802 4.82721 0.833333 2.5802 4.82721 0.833333
|
||||
332 1 1 1.78833 3.57666e-06 1.1302 0.497589 2.5802 4.82721 2.5 2.5802 4.82721 2.5
|
||||
333 1 1 1.78833 3.57666e-06 1.48778 0.497589 2.5802 4.82721 4.16667 2.5802 4.82721 4.16667
|
||||
334 1 1 2.11348 4.22696e-06 1.15778 0.497589 3.04932 5.70488 0.833333 3.04932 5.70488 0.833333
|
||||
335 1 1 2.11348 4.22696e-06 0.881233 0.497589 3.04932 5.70488 2.5 3.04932 5.70488 2.5
|
||||
336 1 1 2.11348 4.22696e-06 1.15778 0.497589 3.04932 5.70488 4.16667 3.04932 5.70488 4.16667
|
||||
337 1 1 2.43863 4.87726e-06 1.3133 0.497591 3.51845 6.58256 0.833333 3.51845 6.58256 0.833333
|
||||
338 1 1 2.43863 4.87726e-06 0.95844 0.497591 3.51845 6.58256 2.5 3.51845 6.58256 2.5
|
||||
339 1 1 2.43863 4.87726e-06 1.3133 0.497591 3.51845 6.58256 4.16667 3.51845 6.58256 4.16667
|
||||
340 1 1 2.76378 5.52756e-06 1.52991 0.497591 3.98758 7.46023 0.833333 3.98758 7.46023 0.833333
|
||||
341 1 1 2.76378 5.52756e-06 0.86203 0.497591 3.98758 7.46023 2.5 3.98758 7.46023 2.5
|
||||
342 1 1 2.76378 5.52756e-06 1.52991 0.497591 3.98758 7.46023 4.16667 3.98758 7.46023 4.16667
|
||||
343 1 1 3.08893 6.17786e-06 1.91673 0.497593 4.4567 8.33791 0.833333 4.4567 8.33791 0.833333
|
||||
344 1 1 3.08893 6.17786e-06 1.32763 0.497593 4.4567 8.33791 2.5 4.4567 8.33791 2.5
|
||||
345 1 1 3.08893 6.17786e-06 1.91673 0.497593 4.4567 8.33791 4.16667 4.4567 8.33791 4.16667
|
||||
346 1 1 1.78833 3.57666e-06 1.46933 0.49759 3.47236 4.23109 0.833333 3.47236 4.23109 0.833333
|
||||
347 1 1 1.78833 3.57666e-06 1.09432 0.49759 3.47236 4.23109 2.5 3.47236 4.23109 2.5
|
||||
348 1 1 1.78833 3.57666e-06 1.46933 0.49759 3.47236 4.23109 4.16667 3.47236 4.23109 4.16667
|
||||
349 1 1 2.11348 4.22696e-06 1.15845 0.49759 4.1037 5.00037 0.833333 4.1037 5.00037 0.833333
|
||||
350 1 1 2.11348 4.22696e-06 0.872011 0.49759 4.1037 5.00037 2.5 4.1037 5.00037 2.5
|
||||
351 1 1 2.11348 4.22696e-06 1.15845 0.49759 4.1037 5.00037 4.16667 4.1037 5.00037 4.16667
|
||||
352 1 1 2.43863 4.87726e-06 1.32374 0.497594 4.73504 5.76966 0.833333 4.73504 5.76966 0.833333
|
||||
353 1 1 2.43863 4.87726e-06 0.956891 0.497594 4.73504 5.76966 2.5 4.73504 5.76966 2.5
|
||||
354 1 1 2.43863 4.87726e-06 1.32374 0.497594 4.73504 5.76966 4.16667 4.73504 5.76966 4.16667
|
||||
355 1 1 2.76378 5.52756e-06 1.54888 0.497594 5.36638 6.53895 0.833333 5.36638 6.53895 0.833333
|
||||
356 1 1 2.76378 5.52756e-06 0.857059 0.497594 5.36638 6.53895 2.5 5.36638 6.53895 2.5
|
||||
357 1 1 2.76378 5.52756e-06 1.54888 0.497594 5.36638 6.53895 4.16667 5.36638 6.53895 4.16667
|
||||
358 1 1 3.08893 6.17786e-06 1.89656 0.497594 5.99772 7.30824 0.833333 5.99772 7.30824 0.833333
|
||||
359 1 1 3.08893 6.17786e-06 1.2877 0.497594 5.99772 7.30824 2.5 5.99772 7.30824 2.5
|
||||
360 1 1 3.08893 6.17786e-06 1.89656 0.497594 5.99772 7.30824 4.16667 5.99772 7.30824 4.16667
|
||||
361 1 1 1.78833 3.57666e-06 1.46933 0.49759 4.23109 -3.47236 0.833333 4.23109 -3.47236 0.833333
|
||||
362 1 1 1.78833 3.57666e-06 1.09432 0.49759 4.23109 -3.47236 2.5 4.23109 -3.47236 2.5
|
||||
363 1 1 1.78833 3.57666e-06 1.46933 0.49759 4.23109 -3.47236 4.16667 4.23109 -3.47236 4.16667
|
||||
364 1 1 1.78833 3.57666e-06 1.48778 0.497589 4.82721 -2.5802 0.833333 4.82721 -2.5802 0.833333
|
||||
365 1 1 1.78833 3.57666e-06 1.1302 0.497589 4.82721 -2.5802 2.5 4.82721 -2.5802 2.5
|
||||
366 1 1 1.78833 3.57666e-06 1.48778 0.497589 4.82721 -2.5802 4.16667 4.82721 -2.5802 4.16667
|
||||
367 1 1 1.78833 3.57666e-06 1.47414 0.49759 5.23783 -1.58888 0.833333 5.23783 -1.58888 0.833333
|
||||
368 1 1 1.78833 3.57666e-06 1.13801 0.49759 5.23783 -1.58888 2.5 5.23783 -1.58888 2.5
|
||||
369 1 1 1.78833 3.57666e-06 1.47414 0.49759 5.23783 -1.58888 4.16667 5.23783 -1.58888 4.16667
|
||||
370 1 1 1.78833 3.57666e-06 1.51474 0.497591 5.44716 -0.536499 0.833333 5.44716 -0.536499 0.833333
|
||||
371 1 1 1.78833 3.57666e-06 1.09428 0.497591 5.44716 -0.536499 2.5 5.44716 -0.536499 2.5
|
||||
372 1 1 1.78833 3.57666e-06 1.51474 0.497591 5.44716 -0.536499 4.16667 5.44716 -0.536499 4.16667
|
||||
373 1 1 2.11348 4.22696e-06 1.15845 0.49759 5.00037 -4.1037 0.833333 5.00037 -4.1037 0.833333
|
||||
374 1 1 2.11348 4.22696e-06 0.872011 0.49759 5.00037 -4.1037 2.5 5.00037 -4.1037 2.5
|
||||
375 1 1 2.11348 4.22696e-06 1.15845 0.49759 5.00037 -4.1037 4.16667 5.00037 -4.1037 4.16667
|
||||
376 1 1 2.11348 4.22696e-06 1.15778 0.497589 5.70488 -3.04932 0.833333 5.70488 -3.04932 0.833333
|
||||
377 1 1 2.11348 4.22696e-06 0.881233 0.497589 5.70488 -3.04932 2.5 5.70488 -3.04932 2.5
|
||||
378 1 1 2.11348 4.22696e-06 1.15778 0.497589 5.70488 -3.04932 4.16667 5.70488 -3.04932 4.16667
|
||||
379 1 1 2.11348 4.22696e-06 1.15771 0.49759 6.19016 -1.87776 0.833333 6.19016 -1.87776 0.833333
|
||||
380 1 1 2.11348 4.22696e-06 0.882047 0.49759 6.19016 -1.87776 2.5 6.19016 -1.87776 2.5
|
||||
381 1 1 2.11348 4.22696e-06 1.15771 0.49759 6.19016 -1.87776 4.16667 6.19016 -1.87776 4.16667
|
||||
382 1 1 2.11348 4.22696e-06 1.16835 0.497591 6.43755 -0.634044 0.833333 6.43755 -0.634044 0.833333
|
||||
383 1 1 2.11348 4.22696e-06 0.886875 0.497591 6.43755 -0.634044 2.5 6.43755 -0.634044 2.5
|
||||
384 1 1 2.11348 4.22696e-06 1.16835 0.497591 6.43755 -0.634044 4.16667 6.43755 -0.634044 4.16667
|
||||
385 1 1 2.43863 4.87726e-06 1.32374 0.497594 5.76966 -4.73504 0.833333 5.76966 -4.73504 0.833333
|
||||
386 1 1 2.43863 4.87726e-06 0.956891 0.497594 5.76966 -4.73504 2.5 5.76966 -4.73504 2.5
|
||||
387 1 1 2.43863 4.87726e-06 1.32374 0.497594 5.76966 -4.73504 4.16667 5.76966 -4.73504 4.16667
|
||||
388 1 1 2.43863 4.87726e-06 1.3133 0.497591 6.58256 -3.51845 0.833333 6.58256 -3.51845 0.833333
|
||||
389 1 1 2.43863 4.87726e-06 0.95844 0.497591 6.58256 -3.51845 2.5 6.58256 -3.51845 2.5
|
||||
390 1 1 2.43863 4.87726e-06 1.3133 0.497591 6.58256 -3.51845 4.16667 6.58256 -3.51845 4.16667
|
||||
391 1 1 2.43863 4.87726e-06 1.29434 0.497592 7.14249 -2.16665 0.833333 7.14249 -2.16665 0.833333
|
||||
392 1 1 2.43863 4.87726e-06 0.982503 0.497592 7.14249 -2.16665 2.5 7.14249 -2.16665 2.5
|
||||
393 1 1 2.43863 4.87726e-06 1.29434 0.497592 7.14249 -2.16665 4.16667 7.14249 -2.16665 4.16667
|
||||
394 1 1 2.43863 4.87726e-06 1.31255 0.497591 7.42794 -0.731589 0.833333 7.42794 -0.731589 0.833333
|
||||
395 1 1 2.43863 4.87726e-06 0.99788 0.497591 7.42794 -0.731589 2.5 7.42794 -0.731589 2.5
|
||||
396 1 1 2.43863 4.87726e-06 1.31255 0.497591 7.42794 -0.731589 4.16667 7.42794 -0.731589 4.16667
|
||||
397 1 1 2.76378 5.52756e-06 1.54888 0.497594 6.53895 -5.36638 0.833333 6.53895 -5.36638 0.833333
|
||||
398 1 1 2.76378 5.52756e-06 0.857059 0.497594 6.53895 -5.36638 2.5 6.53895 -5.36638 2.5
|
||||
399 1 1 2.76378 5.52756e-06 1.54888 0.497594 6.53895 -5.36638 4.16667 6.53895 -5.36638 4.16667
|
||||
400 1 1 2.76378 5.52756e-06 1.52991 0.497591 7.46023 -3.98758 0.833333 7.46023 -3.98758 0.833333
|
||||
401 1 1 2.76378 5.52756e-06 0.86203 0.497591 7.46023 -3.98758 2.5 7.46023 -3.98758 2.5
|
||||
402 1 1 2.76378 5.52756e-06 1.52991 0.497591 7.46023 -3.98758 4.16667 7.46023 -3.98758 4.16667
|
||||
403 1 1 2.76378 5.52756e-06 1.52713 0.497592 8.09483 -2.45554 0.833333 8.09483 -2.45554 0.833333
|
||||
404 1 1 2.76378 5.52756e-06 0.840951 0.497592 8.09483 -2.45554 2.5 8.09483 -2.45554 2.5
|
||||
405 1 1 2.76378 5.52756e-06 1.52713 0.497592 8.09483 -2.45554 4.16667 8.09483 -2.45554 4.16667
|
||||
406 1 1 2.76378 5.52756e-06 1.51217 0.497591 8.41834 -0.829134 0.833333 8.41834 -0.829134 0.833333
|
||||
407 1 1 2.76378 5.52756e-06 0.855471 0.497591 8.41834 -0.829134 2.5 8.41834 -0.829134 2.5
|
||||
408 1 1 2.76378 5.52756e-06 1.51217 0.497591 8.41834 -0.829134 4.16667 8.41834 -0.829134 4.16667
|
||||
409 1 1 3.08893 6.17786e-06 1.89656 0.497594 7.30824 -5.99772 0.833333 7.30824 -5.99772 0.833333
|
||||
410 1 1 3.08893 6.17786e-06 1.2877 0.497594 7.30824 -5.99772 2.5 7.30824 -5.99772 2.5
|
||||
411 1 1 3.08893 6.17786e-06 1.89656 0.497594 7.30824 -5.99772 4.16667 7.30824 -5.99772 4.16667
|
||||
412 1 1 3.08893 6.17786e-06 1.91673 0.497593 8.33791 -4.4567 0.833333 8.33791 -4.4567 0.833333
|
||||
413 1 1 3.08893 6.17786e-06 1.32763 0.497593 8.33791 -4.4567 2.5 8.33791 -4.4567 2.5
|
||||
414 1 1 3.08893 6.17786e-06 1.91673 0.497593 8.33791 -4.4567 4.16667 8.33791 -4.4567 4.16667
|
||||
415 1 1 3.08893 6.17786e-06 1.89354 0.497592 9.04716 -2.74443 0.833333 9.04716 -2.74443 0.833333
|
||||
416 1 1 3.08893 6.17786e-06 1.34536 0.497592 9.04716 -2.74443 2.5 9.04716 -2.74443 2.5
|
||||
417 1 1 3.08893 6.17786e-06 1.89354 0.497592 9.04716 -2.74443 4.16667 9.04716 -2.74443 4.16667
|
||||
418 1 1 3.08893 6.17786e-06 1.86598 0.497591 9.40873 -0.926679 0.833333 9.40873 -0.926679 0.833333
|
||||
419 1 1 3.08893 6.17786e-06 1.32993 0.497591 9.40873 -0.926679 2.5 9.40873 -0.926679 2.5
|
||||
420 1 1 3.08893 6.17786e-06 1.86598 0.497591 9.40873 -0.926679 4.16667 9.40873 -0.926679 4.16667
|
||||
421 1 1 1.78833 3.57666e-06 1.51474 0.497591 5.44716 0.536499 0.833333 5.44716 0.536499 0.833333
|
||||
422 1 1 1.78833 3.57666e-06 1.09428 0.497591 5.44716 0.536499 2.5 5.44716 0.536499 2.5
|
||||
423 1 1 1.78833 3.57666e-06 1.51474 0.497591 5.44716 0.536499 4.16667 5.44716 0.536499 4.16667
|
||||
424 1 1 1.78833 3.57666e-06 1.47414 0.49759 5.23783 1.58888 0.833333 5.23783 1.58888 0.833333
|
||||
425 1 1 1.78833 3.57666e-06 1.13801 0.49759 5.23783 1.58888 2.5 5.23783 1.58888 2.5
|
||||
426 1 1 1.78833 3.57666e-06 1.47414 0.49759 5.23783 1.58888 4.16667 5.23783 1.58888 4.16667
|
||||
427 1 1 1.78833 3.57666e-06 1.48778 0.497589 4.82721 2.5802 0.833333 4.82721 2.5802 0.833333
|
||||
428 1 1 1.78833 3.57666e-06 1.1302 0.497589 4.82721 2.5802 2.5 4.82721 2.5802 2.5
|
||||
429 1 1 1.78833 3.57666e-06 1.48778 0.497589 4.82721 2.5802 4.16667 4.82721 2.5802 4.16667
|
||||
430 1 1 1.78833 3.57666e-06 1.46933 0.49759 4.23109 3.47236 0.833333 4.23109 3.47236 0.833333
|
||||
431 1 1 1.78833 3.57666e-06 1.09432 0.49759 4.23109 3.47236 2.5 4.23109 3.47236 2.5
|
||||
432 1 1 1.78833 3.57666e-06 1.46933 0.49759 4.23109 3.47236 4.16667 4.23109 3.47236 4.16667
|
||||
433 1 1 2.11348 4.22696e-06 1.16835 0.497591 6.43755 0.634044 0.833333 6.43755 0.634044 0.833333
|
||||
434 1 1 2.11348 4.22696e-06 0.886875 0.497591 6.43755 0.634044 2.5 6.43755 0.634044 2.5
|
||||
435 1 1 2.11348 4.22696e-06 1.16835 0.497591 6.43755 0.634044 4.16667 6.43755 0.634044 4.16667
|
||||
436 1 1 2.11348 4.22696e-06 1.15771 0.49759 6.19016 1.87776 0.833333 6.19016 1.87776 0.833333
|
||||
437 1 1 2.11348 4.22696e-06 0.882047 0.49759 6.19016 1.87776 2.5 6.19016 1.87776 2.5
|
||||
438 1 1 2.11348 4.22696e-06 1.15771 0.49759 6.19016 1.87776 4.16667 6.19016 1.87776 4.16667
|
||||
439 1 1 2.11348 4.22696e-06 1.15778 0.497589 5.70488 3.04932 0.833333 5.70488 3.04932 0.833333
|
||||
440 1 1 2.11348 4.22696e-06 0.881233 0.497589 5.70488 3.04932 2.5 5.70488 3.04932 2.5
|
||||
441 1 1 2.11348 4.22696e-06 1.15778 0.497589 5.70488 3.04932 4.16667 5.70488 3.04932 4.16667
|
||||
442 1 1 2.11348 4.22696e-06 1.15845 0.49759 5.00037 4.1037 0.833333 5.00037 4.1037 0.833333
|
||||
443 1 1 2.11348 4.22696e-06 0.872011 0.49759 5.00037 4.1037 2.5 5.00037 4.1037 2.5
|
||||
444 1 1 2.11348 4.22696e-06 1.15845 0.49759 5.00037 4.1037 4.16667 5.00037 4.1037 4.16667
|
||||
445 1 1 2.43863 4.87726e-06 1.31255 0.497591 7.42794 0.731589 0.833333 7.42794 0.731589 0.833333
|
||||
446 1 1 2.43863 4.87726e-06 0.99788 0.497591 7.42794 0.731589 2.5 7.42794 0.731589 2.5
|
||||
447 1 1 2.43863 4.87726e-06 1.31255 0.497591 7.42794 0.731589 4.16667 7.42794 0.731589 4.16667
|
||||
448 1 1 2.43863 4.87726e-06 1.29434 0.497592 7.14249 2.16665 0.833333 7.14249 2.16665 0.833333
|
||||
449 1 1 2.43863 4.87726e-06 0.982503 0.497592 7.14249 2.16665 2.5 7.14249 2.16665 2.5
|
||||
450 1 1 2.43863 4.87726e-06 1.29434 0.497592 7.14249 2.16665 4.16667 7.14249 2.16665 4.16667
|
||||
451 1 1 2.43863 4.87726e-06 1.3133 0.497591 6.58256 3.51845 0.833333 6.58256 3.51845 0.833333
|
||||
452 1 1 2.43863 4.87726e-06 0.95844 0.497591 6.58256 3.51845 2.5 6.58256 3.51845 2.5
|
||||
453 1 1 2.43863 4.87726e-06 1.3133 0.497591 6.58256 3.51845 4.16667 6.58256 3.51845 4.16667
|
||||
454 1 1 2.43863 4.87726e-06 1.32374 0.497594 5.76966 4.73504 0.833333 5.76966 4.73504 0.833333
|
||||
455 1 1 2.43863 4.87726e-06 0.956891 0.497594 5.76966 4.73504 2.5 5.76966 4.73504 2.5
|
||||
456 1 1 2.43863 4.87726e-06 1.32374 0.497594 5.76966 4.73504 4.16667 5.76966 4.73504 4.16667
|
||||
457 1 1 2.76378 5.52756e-06 1.51217 0.497591 8.41834 0.829134 0.833333 8.41834 0.829134 0.833333
|
||||
458 1 1 2.76378 5.52756e-06 0.855471 0.497591 8.41834 0.829134 2.5 8.41834 0.829134 2.5
|
||||
459 1 1 2.76378 5.52756e-06 1.51217 0.497591 8.41834 0.829134 4.16667 8.41834 0.829134 4.16667
|
||||
460 1 1 2.76378 5.52756e-06 1.52713 0.497592 8.09483 2.45554 0.833333 8.09483 2.45554 0.833333
|
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461 1 1 2.76378 5.52756e-06 0.840951 0.497592 8.09483 2.45554 2.5 8.09483 2.45554 2.5
|
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462 1 1 2.76378 5.52756e-06 1.52713 0.497592 8.09483 2.45554 4.16667 8.09483 2.45554 4.16667
|
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463 1 1 2.76378 5.52756e-06 1.52991 0.497591 7.46023 3.98758 0.833333 7.46023 3.98758 0.833333
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464 1 1 2.76378 5.52756e-06 0.86203 0.497591 7.46023 3.98758 2.5 7.46023 3.98758 2.5
|
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465 1 1 2.76378 5.52756e-06 1.52991 0.497591 7.46023 3.98758 4.16667 7.46023 3.98758 4.16667
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466 1 1 2.76378 5.52756e-06 1.54888 0.497594 6.53895 5.36638 0.833333 6.53895 5.36638 0.833333
|
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467 1 1 2.76378 5.52756e-06 0.857059 0.497594 6.53895 5.36638 2.5 6.53895 5.36638 2.5
|
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468 1 1 2.76378 5.52756e-06 1.54888 0.497594 6.53895 5.36638 4.16667 6.53895 5.36638 4.16667
|
||||
469 1 1 3.08893 6.17786e-06 1.86598 0.497591 9.40873 0.926679 0.833333 9.40873 0.926679 0.833333
|
||||
470 1 1 3.08893 6.17786e-06 1.32993 0.497591 9.40873 0.926679 2.5 9.40873 0.926679 2.5
|
||||
471 1 1 3.08893 6.17786e-06 1.86598 0.497591 9.40873 0.926679 4.16667 9.40873 0.926679 4.16667
|
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472 1 1 3.08893 6.17786e-06 1.89354 0.497592 9.04716 2.74443 0.833333 9.04716 2.74443 0.833333
|
||||
473 1 1 3.08893 6.17786e-06 1.34536 0.497592 9.04716 2.74443 2.5 9.04716 2.74443 2.5
|
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474 1 1 3.08893 6.17786e-06 1.89354 0.497592 9.04716 2.74443 4.16667 9.04716 2.74443 4.16667
|
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475 1 1 3.08893 6.17786e-06 1.91673 0.497593 8.33791 4.4567 0.833333 8.33791 4.4567 0.833333
|
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476 1 1 3.08893 6.17786e-06 1.32763 0.497593 8.33791 4.4567 2.5 8.33791 4.4567 2.5
|
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477 1 1 3.08893 6.17786e-06 1.91673 0.497593 8.33791 4.4567 4.16667 8.33791 4.4567 4.16667
|
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478 1 1 3.08893 6.17786e-06 1.89656 0.497594 7.30824 5.99772 0.833333 7.30824 5.99772 0.833333
|
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479 1 1 3.08893 6.17786e-06 1.2877 0.497594 7.30824 5.99772 2.5 7.30824 5.99772 2.5
|
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480 1 1 3.08893 6.17786e-06 1.89656 0.497594 7.30824 5.99772 4.16667 7.30824 5.99772 4.16667
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|
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Velocities
|
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|
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6 0.000000 0.000000 0.000000
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8 0.000000 0.000000 0.000000
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11 0.000000 0.000000 0.000000
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15 0.000000 0.000000 0.000000
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16 0.000000 0.000000 0.000000
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17 0.000000 0.000000 0.000000
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20 0.000000 0.000000 0.000000
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21 0.000000 0.000000 0.000000
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22 0.000000 0.000000 0.000000
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23 0.000000 0.000000 0.000000
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24 0.000000 0.000000 0.000000
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25 0.000000 0.000000 0.000000
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26 0.000000 0.000000 0.000000
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27 0.000000 0.000000 0.000000
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28 0.000000 0.000000 0.000000
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29 0.000000 0.000000 0.000000
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30 0.000000 0.000000 0.000000
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31 0.000000 0.000000 0.000000
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32 0.000000 0.000000 0.000000
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33 0.000000 0.000000 0.000000
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34 0.000000 0.000000 0.000000
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35 0.000000 0.000000 0.000000
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36 0.000000 0.000000 0.000000
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37 0.000000 0.000000 0.000000
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38 0.000000 0.000000 0.000000
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39 0.000000 0.000000 0.000000
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40 0.000000 0.000000 0.000000
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41 0.000000 0.000000 0.000000
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42 0.000000 0.000000 0.000000
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43 0.000000 0.000000 0.000000
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44 0.000000 0.000000 0.000000
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45 0.000000 0.000000 0.000000
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46 0.000000 0.000000 0.000000
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47 0.000000 0.000000 0.000000
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48 0.000000 0.000000 0.000000
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49 0.000000 0.000000 0.000000
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50 0.000000 0.000000 0.000000
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51 0.000000 0.000000 0.000000
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52 0.000000 0.000000 0.000000
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53 0.000000 0.000000 0.000000
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54 0.000000 0.000000 0.000000
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55 0.000000 0.000000 0.000000
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56 0.000000 0.000000 0.000000
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57 0.000000 0.000000 0.000000
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58 0.000000 0.000000 0.000000
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59 0.000000 0.000000 0.000000
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60 0.000000 0.000000 0.000000
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61 0.000000 0.000000 0.000000
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62 0.000000 0.000000 0.000000
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63 0.000000 0.000000 0.000000
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64 0.000000 0.000000 0.000000
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65 0.000000 0.000000 0.000000
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66 0.000000 0.000000 0.000000
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67 0.000000 0.000000 0.000000
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68 0.000000 0.000000 0.000000
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69 0.000000 0.000000 0.000000
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70 0.000000 0.000000 0.000000
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71 0.000000 0.000000 0.000000
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72 0.000000 0.000000 0.000000
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73 0.000000 0.000000 0.000000
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74 0.000000 0.000000 0.000000
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75 0.000000 0.000000 0.000000
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76 0.000000 0.000000 0.000000
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77 0.000000 0.000000 0.000000
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78 0.000000 0.000000 0.000000
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79 0.000000 0.000000 0.000000
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80 0.000000 0.000000 0.000000
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81 0.000000 0.000000 0.000000
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82 0.000000 0.000000 0.000000
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83 0.000000 0.000000 0.000000
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84 0.000000 0.000000 0.000000
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85 0.000000 0.000000 0.000000
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86 0.000000 0.000000 0.000000
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87 0.000000 0.000000 0.000000
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88 0.000000 0.000000 0.000000
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89 0.000000 0.000000 0.000000
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90 0.000000 0.000000 0.000000
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91 0.000000 0.000000 0.000000
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92 0.000000 0.000000 0.000000
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93 0.000000 0.000000 0.000000
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94 0.000000 0.000000 0.000000
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95 0.000000 0.000000 0.000000
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96 0.000000 0.000000 0.000000
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97 0.000000 0.000000 0.000000
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98 0.000000 0.000000 0.000000
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99 0.000000 0.000000 0.000000
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100 0.000000 0.000000 0.000000
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101 0.000000 0.000000 0.000000
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102 0.000000 0.000000 0.000000
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103 0.000000 0.000000 0.000000
|
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104 0.000000 0.000000 0.000000
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105 0.000000 0.000000 0.000000
|
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106 0.000000 0.000000 0.000000
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107 0.000000 0.000000 0.000000
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108 0.000000 0.000000 0.000000
|
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109 0.000000 0.000000 0.000000
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||||
110 0.000000 0.000000 0.000000
|
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111 0.000000 0.000000 0.000000
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112 0.000000 0.000000 0.000000
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113 0.000000 0.000000 0.000000
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114 0.000000 0.000000 0.000000
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115 0.000000 0.000000 0.000000
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116 0.000000 0.000000 0.000000
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117 0.000000 0.000000 0.000000
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475 0.000000 0.000000 0.000000
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476 0.000000 0.000000 0.000000
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477 0.000000 0.000000 0.000000
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479 0.000000 0.000000 0.000000
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480 0.000000 0.000000 0.000000
|
||||
|
||||
13
examples/USER/smd/rubber_strip_pull/plot.gpl
Executable file
13
examples/USER/smd/rubber_strip_pull/plot.gpl
Executable file
@ -0,0 +1,13 @@
|
||||
#!/usr/bin/gnuplot
|
||||
|
||||
set grid
|
||||
set key top left
|
||||
set xlabel "yy strain"
|
||||
set ylabel "yy stress [GPa]"
|
||||
plot [0:0.1] "stress_strain.dat" w p ti "engineering stress from simulation", 1.1*x ti "analytic true stress with E=1.1 GPa"
|
||||
|
||||
pause -1
|
||||
|
||||
set terminal postscript color enhanced lw 2
|
||||
set out "stress_strain.ps"
|
||||
replot
|
||||
109
examples/USER/smd/rubber_strip_pull/rubber_strip_pull.lmp
Normal file
109
examples/USER/smd/rubber_strip_pull/rubber_strip_pull.lmp
Normal file
@ -0,0 +1,109 @@
|
||||
####################################################################################################
|
||||
#
|
||||
# TLSPH example: elongate a 2d strip of a linear elastic material py pulling its ends apart
|
||||
#
|
||||
# unit sytem: GPa / mm / ms
|
||||
#
|
||||
####################################################################################################
|
||||
|
||||
|
||||
####################################################################################################
|
||||
# MATERIAL PARAMETERS
|
||||
####################################################################################################
|
||||
variable E equal 1.0 # Young's modulus
|
||||
variable nu equal 0.3 # Poisson ratio
|
||||
variable rho equal 1 # initial mass density
|
||||
variable q1 equal 0.06 # standard artificial viscosity linear coefficient
|
||||
variable q2 equal 0.0 # standard artificial viscosity quadratic coefficient
|
||||
variable hg equal 10.0 # hourglass control coefficient
|
||||
variable cp equal 1.0 # heat capacity of material -- not used here
|
||||
|
||||
####################################################################################################
|
||||
# INITIALIZE LAMMPS
|
||||
####################################################################################################
|
||||
dimension 2
|
||||
units si
|
||||
boundary sm sm p # simulation box boundaries
|
||||
atom_style smd
|
||||
atom_modify map array
|
||||
comm_modify vel yes
|
||||
neigh_modify every 10 delay 0 check yes # re-build neighbor list every 10 steps
|
||||
newton off
|
||||
|
||||
####################################################################################################
|
||||
# CREATE INITIAL GEOMETRY
|
||||
####################################################################################################
|
||||
variable l0 equal 1.0 # lattice spacing for creating particles
|
||||
lattice sq ${l0}
|
||||
region box block -10 10 -10 10 -0.1 0.1 units box
|
||||
create_box 1 box
|
||||
create_atoms 1 box
|
||||
group tlsph type 1
|
||||
|
||||
|
||||
####################################################################################################
|
||||
# DISCRETIZATION PARAMETERS
|
||||
####################################################################################################
|
||||
variable h equal 2.01*${l0} # SPH smoothing kernel radius
|
||||
variable vol_one equal ${l0}^2 # volume of one particle -- assuming unit thickness
|
||||
variable skin equal ${h} # Verlet list range
|
||||
neighbor ${skin} bin
|
||||
set group all volume ${vol_one}
|
||||
set group all smd_mass_density ${rho}
|
||||
set group all diameter ${h} # set SPH kernel radius
|
||||
|
||||
####################################################################################################
|
||||
# DEFINE VELOCITY BOUNDARY CONDITIONS
|
||||
####################################################################################################
|
||||
variable vel0 equal 0.005 # pull velocity
|
||||
region top block EDGE EDGE 9.0 EDGE EDGE EDGE units box
|
||||
region bot block EDGE EDGE EDGE -9.1 EDGE EDGE units box
|
||||
group top region top
|
||||
group bot region bot
|
||||
variable vel_up equal ${vel0}*(1.0-exp(-0.01*time))
|
||||
variable vel_down equal -v_vel_up
|
||||
fix veltop_fix top smd/setvelocity 0 v_vel_up 0
|
||||
fix velbot_fix bot smd/setvelocity 0 v_vel_down 0
|
||||
|
||||
####################################################################################################
|
||||
# INTERACTION PHYSICS / MATERIAL MODEL
|
||||
####################################################################################################
|
||||
pair_style smd/tlsph
|
||||
pair_coeff 1 1 *COMMON ${rho} ${E} ${nu} ${q1} ${q2} ${hg} ${cp} &
|
||||
*STRENGTH_LINEAR &
|
||||
*EOS_LINEAR &
|
||||
*END
|
||||
|
||||
####################################################################################################
|
||||
# TIME INTEGRATION
|
||||
####################################################################################################
|
||||
fix dtfix tlsph smd/adjust_dt 0.1 # dynamically adjust time increment every step
|
||||
fix integration_fix tlsph smd/integrate_tlsph
|
||||
|
||||
####################################################################################################
|
||||
# SPECIFY TRAJECTORY OUTPUT
|
||||
####################################################################################################
|
||||
compute S all smd/tlsph_stress # Cauchy stress tensor
|
||||
compute E all smd/tlsph_strain # Green-Lagrange strain tensor
|
||||
compute nn all smd/tlsph_num_neighs # number of neighbors for each particle
|
||||
dump dump_id all custom 10 dump.LAMMPS id type x y z vx vy vz &
|
||||
c_S[1] c_S[2] c_S[4] c_nn &
|
||||
c_E[1] c_E[2] c_E[4] &
|
||||
vx vy vz
|
||||
dump_modify dump_id first yes
|
||||
|
||||
####################################################################################################
|
||||
# STATUS OUTPUT
|
||||
####################################################################################################
|
||||
variable stress equal 0.5*(f_velbot_fix[2]-f_veltop_fix[2])/20 # stress = force / initial width
|
||||
variable length equal xcm(top,y)-xcm(bot,y)
|
||||
variable strain equal (v_length-${length})/${length} # engineering strain
|
||||
fix stress_curve all print 10 "${strain} ${stress}" file stress_strain.dat screen no
|
||||
|
||||
thermo 100
|
||||
thermo_style custom step dt f_dtfix v_strain
|
||||
|
||||
####################################################################################################
|
||||
# RUN SIMULATION
|
||||
####################################################################################################
|
||||
run 2500
|
||||
Reference in New Issue
Block a user