marc.data1

Triangular mesh processing tool, currently very few people use this software, but it allows us to gr

    # a :|
    # B :|
    ## List of Pairs of Values >|
354 %(Another Cooling Rate Curve)
  [ ]Next Curve
354.1 254 354
118 %(Material Parameters CREEP)
  [slopes]Slopes
  [values]Values
  [ncsr]Constant (A) in total creep
   strain relation
  [cstrat]Creep strain increment bound
  [cstret]Stress increment bound (during
   creep)
  [avrf]Absolute testing flag
  [crplawf]User-supplied creep law (CRPLAW)
   flag
118.1 165
118.2 123
118.3 318
118.4 318
118.5 318
123 %(Material Option CREEP)
  [vcvte]Value of creep-strain rate vs.
   temperature
  [vcvts]Value of creep-strain rate vs.
   equivalent total stress
  [vcvcs]Value of creep-strain rate vs.
   total creep strain
  [vcvti]Value of creep-strain rate vs.
   time
123.1 321
123.2 321
123.3 321
123.4 321
165 %(Material Option CREEP)
  [scvte]Slope of creep-strain rate vs.
   temperature
  [scvts]Slope of creep-strain rate vs.
   equivalent total stress
  [scvcs]Slope of creep-strain rate vs.
   total creep strain
  [scvti]Slope of creep-strain rate vs.
   time
165.1 322
165.2 322
165.3 322
165.4 322
119 %(Material Parameters GAP)
  [gd]Gap Distance
  [mi]Coefficient of friction
  [kgap]Elastic Stiffness of Gap
  [kfrict]Elastic Stiffness of Gap in Friction
   Direction
  [mr1]Momentum Ratio for First Gap Node
  [mr4]Momentum Ratio for Fourth Gap Node
  [ ]Type of Gap
  [ ]Type of Gap Closure
119.1 318
119.2 304
119.3 318
119.4 318
119.5 302
119.6 302
119.7 223
119.8 224
223 $(Type of Gap)
  [fdg]Fixed Direction Gap
  [tdg]True distance Gap
224 $(Type of Gap Closure)
  [oi1]Open for Increment 1
  [ci1]Closed for Increment 1
120 %(Material Parameters POWDER)
  [e]Young's Modulus
  [pr]Poisson's Ratio
  [rho]Mass density
  [alpha]Coefficient of Thermal Expansion
  [cys]Compression Yield Stress
  [gm]Gamma
  [bt]Beta
  [vy]Viscosity
  [co]Thermal Conductivity for Coupled
   Thermal-Stress
  [sh]Specific Heat for Coupled Thermal-Stress
  [hrho]Mass Density for Coupled Thermal-Stress
  [q1]q1
  [q2]q2
  [q3]q3
  [q4]q4
  [b1]b1
  [b2]b2
  [b3]b3
  [b4]b4
  [ ]Temperature Effects
  [dens]Density Effects
  [faildata]Fail Data
  [damping]Damping
120.1 301
120.2 302
120.3 303
120.4 304
120.5 306
120.6 318
120.7 318
120.8 318
120.9 307
120.10 308
120.11 303
120.12 318
120.13 318
120.14 318
120.15 318
120.16 318
120.17 318
120.18 318
120.19 318
120.20 212
120.21 146 ;
120.22 163 ;
120.23 170
121 $(Material Parameters SOIL)
  [linear]Linear Soil Model
  [nonlinear]Nonlinear Soil Model
  [camclay]CamClay Soil Model
121.1 211
121.2 211
121.3 211
211 %(Material Parameters SOIL)
  [e]Young's Modulus
  [pr]Poisson's Ratio
  [rho]Mass density
  [alpha]Coefficient of Thermal Expansion
  [ys]Yield Strength
  [bmf]Bulk Modulus of Fluid
  [dvf]Dynamic Viscosity of Fluid
  [ps]Permeability of the Soil
  [vcr]Virgin Compression Ratio
  [rr]Recompression Ratio
  [scsl]Slope of Critical State Line
  [ ]Temperature Effects
  [workhard]Work Hardening
  [faildata]Fail Data
  [damping]Damping
211.1 301
211.2 302
211.3 303
211.4 304
211.5 306
211.6 301
211.7 318
211.8 312
211.9 302
211.10 302
211.11 318
211.12 212
211.13 137 ;
211.14 163 ;
211.15 170
122 %(Material Parameters COMPOSITE)
  [actual]Actual Thickness
  [percent]Percent Thickness
122.1 210
122.2 210
210 %(Material Parameters COMPOSITE)
  [zpos]Position of Z-Plane
  [ld]Layer ID #, Thickness (or %) and
   Ply Angle in Degrees
210.1 318
210.2 320
124 %(Material Parameters Thermal PROPERTY)
  [rttc]Reference Temperature for Thermal
   Conductivity
  [rtsh]Reference Temperature for Specific Heat
  [rrho]Reference Mass Density
  [rr]Reference Resistivity
  [emiss]Emissivity for Radiating Cavities
  [tempth]Temperature Effects
124.1 305
124.2 305
124.3 303
124.4 310
124.5 309
124.6 177
125 %(Material Parameters ISOTROPIC Thermal)
  [ankorient]Flag for User Subroutines ANKOND and
   ORIENT
  [co]Thermal Conductivity
  [sh]Specific Heat
  [rho]Mass Density
  [r]Resistivity
  [emiss]Emissivity
  [tempth]Temperature Effects
125.2 307
125.3 308
125.4 303
125.5 310
125.6 309
125.7 177
126 %(Material Parameters ORTHOTROPIC Thermal)
  [ankorient]Flag for User Subroutines ANKOND and
   ORIENT
  [k11]K11 - Thermal Conductivity
  [k22]K22 - Thermal Conductivity
  [k33]K33 - Thermal Conductivity
  [rho]Mass Density
  [sh]Specific Heat
  [r11]R11 - If Joule Heating Analysis - Resistivity
  [r22]R22 - If Joule Heating Analysis -
   Resistivity
  [r33]R33 - If Joule Heating Analysis -
   Resistivity
  [emiss]Emissivity
  [orthotempth]Temperature Effects
126.2 307
126.3 307
126.4 307
126.5 303
126.6 308
126.7 310
126.8 310
126.9 310
126.10 309
126.11 180
127 %(Material Parameters ANISOTROPIC Thermal)
  [ankond]Flag for User Subroutine ANKOND
  [rho]Mass Density
  [sh]Specific Heat
  [emiss]Emissivity
  [k11]K11 - Thermal Conductivity
  [k12]K12 - Thermal Conductivity
  [k13]K13 - Thermal Conductivity
  [k22]K22 - Thermal Conductivity
  [k23]K23 - Thermal Conductivity
  [k33]K33 - Thermal Conductivity
  [orthotempth]Temperature Effects
127.2 303
127.3 308
127.4 309
127.5 307
127.6 307
127.7 307
127.8 307
127.9 307
127.10 307
127.11 180
128 %(Material Parameters ISOTROPIC Bearing)
  [rtv]Reference Temperature value of Viscosity
  [cp]Value of the Cavitation Pressure
  [rmdl]Reference value of the Mass Density of the
   Lubricant
  [tempbear]Temperature Effects
128.1 305
128.2 318
128.3 303
128.4 183
129 %(Material Parameters ISOTROPIC Acoustic)
  [bm]Bulk Modulus
  [rho]Mass Density
129.1 301
129.2 303
130 %(Material Parameters ISOTROPIC Electrostatic)
  [per]Permitivity Constant
130.1 311
131 %(Material Parameters ORTHOTROPIC
   Electrostatic)
  [uepsor]Flag for Use of Subroutines UEPS
   and ORIENT
  [e11]E11 - Permitivity Constant
  [e22]E22 - Permitivity Constant
  [e33]E33 - Permitivity Constant
131.2 311
131.3 311
131.4 311
132 %(Material Parameters ISOTROPIC Magnetostatic)
  [umorient]Flag for Use of Subroutines UMU and
   ORIENT
  [pab]Permeability Constant
  [ipc]Inverse Permeability Constant
  [bhrel]B-H Relation
132.2 312
132.3 312
132.4 186
133 %(Material Parameters ORTHOTROPIC
   Magnetostatic)
  [umorient]Flag for Use of Subroutines UMU and
   ORIENT
  [m11]M11 - Magnetic Permeability
  [m22]M22 - Magnetic Permeability
  [m33]M33 - Magnetic Permeability
  [im11]IM11 - Inverse Magnetic Permeability
  [im22]IM22 - Inverse Magnetic Permeability
  [im33]IM33 - Inverse Magnetic Permeability
  [bhrel]B-H Relation
133.2 312
133.3 312
133.4 312
133.5 312
133.6 312
133.7 312
133.8 186
134 %(Material Parameters ISOTROPIC
   Electromagnetic)
  [pab]Permeability Constant
  [per]Permitivity Constant
  [paa]Permeability Constant of Air
  [sigma]Electric Conductivity
  [bhrel]B-H Relation
134.1 312
134.2 311
134.3 312
134.4 307
134.5 186
135 %(Material Parameters ORTHOTROPIC
   Electromagnetic)
  [uuu]Flag for Use of Subroutines UMU, UEPS
   and USIGMA
  [m11]M11 - Magnetic Permeability
  [m22]M22 - Magnetic Permeability
  [m33]M33 - Magnetic Permeability
  [e11]E11 - Permitivity
  [e22]E22 - Permitivity
  [e33]E33 - Permitivity
  [paa]PAA - Permeability of Air
  [sigma11]SIGMA11 - Electrical Conductivity
  [sigma22]SIGMA22 - Electrical Conductivity
  [sigma33]SIGMA33 - Electrical Conductivity
  [bhrel]B-H Relation
135.2 312
135.3 312
135.4 312
135.5 311
135.6 311
135.7 311
135.8 312
135.9 307
135.10 307
135.11 307
135.12 186
136 $(Material Option STRAIN RATE)
  [slopes ysl]Slope of Yield and Strain Rate Pairs
  [values yvl]Value of Yield and Strain Rate Pairs
136.1 322
136.2 321
137 $(Material Option WORK HARD)
  [slopes whsl]Slope of Work Hardening Curve and
   Strain Rate
  [slopes wh10sl]ORNL Slope of Work Hardening
   Curve and Strain Rate
  [values whvl]Value of Work Hardening Curve and
   Strain Rate
  [values wh10vl]ORNL Value of Work Hardening
   Curve and Strain Rate
137.1 322
137.2 322
137.3 321
137.4 321
138 %(Material Option CRACK DATA)
  [ccs]critical cracking stress
  [mtsm]modulus for tension softening material
  [csv]crushing strain value
  [srf]shear retention factor
138.1 318
138.2 301
138.3 318
138.4 318
139 %(Material Option VISCELPROP)
  [vpd]Shear Constant and Relaxation Time for
   Deviatoric Behavior
  [vpv]Bulk Constant and Relaxation Time for
   Volumetric Behavior
  [shiftfn]Shift Function
139.1 319
139.2 319
139.3 143 ;
140 %(Material Option VISCELORTH)
  [nterm]Number of Terms in the Prony Series
  [tc]Time Constant for this term in the Prony
   series expansion
  [exxn]Exxn
  [eyyn]Eyyn
  [ezzn]Ezzn
  [vxyn]Vxyn
  [vyzn]Vyzn
  [vzxn]Vzxn
  [gxyn]Gxyn
  [gyzn]Gyzn
  [gzxn]Gzxn
140.1 318
140.2 317
140.3 318
140.4 318
140.5 318
140.6 318
140.7 318
140.8 318
140.9 318
140.10 318
140.11 318
141 %(Material Option VISCELMOON)
  [vmd]Multiplier of Energy Function and
   Relaxation Time
141.1 319
142 %(Material Option VISCELOGDEN)
  [vode]Multiplier and Relaxation Time for
   Deviatoric Behavior
  [vodi]Bulk Constant and Relaxation Time for
   Dilational Behavior
142.1 319
142.2 319
143 $(Material Option SHIFT FUNCTION)
  [wlfe]Williams-Landel-Ferry Equation
  [pse]Power Series Expansion
  [us]User Subroutine
143.1 144
143.2 145
144 %(Williams-Landel-Ferry Equation)
  [rtt]Reference Transition Temperature
  [c1]C1
  [c2]C2
144.1 305
144.2 304
144.3 304
145 %(Power series expansions)
  [rtt]Reference Transition Temperature
  [psd]Coefficients ci of Power series expansions
145.1 305
145.2 323
146 $(Material Option DENSITY EFFECTS)
  [slopes]Slopes
  [values]Values
146.1 148
146.2 147
147 %(Material Option DENSITY EFFECTS)
  [vymrd]Value of Relative Young's Modulus and
   Relative Density
  [vprrd]Value of Relative Poisson's Ratio and
   Relative Density
  [vcrd]Value of Relative Conductivity and
   Relative Density
  [vshrd]Value of Relative Specific Heat and
   Relative Density
147.1 321
147.2 321
147.3 321
147.4 321
148 %(Material Option DENSITY EFFECTS)
  [symrd]Slope of Relative Young's Modulus and
   Relative Density
  [sprrd]Slope of Relative Poisson's Ratio and
   Relative Density
  [scrd]Slope of Relative Conductivity and
   Relative Density
  [sshrd]Slope of Relative Specific Heat and
   Relative Density
148.1 322
148.2 322
148.3 322
148.4 322
149 $(Material Option TEMPERATURE EFFECTS)
  [slopes]Slopes
  [values]Values
149.1 151
149.2 150
150 %(Material Option TEMPERATURE EFFECTS)
  [vyldtemp]Value of Yield and Temperature
  [vmodtemp]Value of Young's modulus and
   Temperature
  [vpoistemp]Value of Poisson's ratio and
   Temperature
  [vtctemp]Value of Thermal exp. coeff.
   and Temperature
  [vy10temp]Value of Yield10 and Temperature
  [vwhtemp]Value of Ratio Work Hard and
   Temperature
150.1 321
150.2 321
150.3 321
150.4 321
150.5 321
150.6 321
151 %(Material Option TEMPERATURE EFFECTS)
  [syldtemp]Slope of Yield and Temperature
  [smodtemp]Slope of Young's modulus and
   Temperature
  [spoistemp]Slope of Poisson's ratio and
   Temperature
  [stctemp]Slope of Thermal exp. coeff. and
   Temperature
  [sy10temp]Slope of Yield10 and Temperature
  [swhtemp]Slope of Ratio Work Hard and
   Temperature
151.1 322
151.2 322
151.3 322
151.4 322
151.5 322
151.6 322
152 $(Material Option TEMPERATURE EFFECTS)
  [slopes]Slopes
  [values]Values
152.1 154
152.2 153
153 %(Material Option TEMPERATURE EFFECTS)
  [vyldtemp]Value of Yield and Temperature
  [vmodtemp]Value of Young's modulus and
   Temperature
  [vpoistemp]Value of Poisson's ratio and
   Temperature
  [vtctemp]Value of Thermal exp. coeff. and
   Temperature
  [vy10temp]Value of Yield10 and Temperature
  [vwhtemp]Value of Ratio Work Hard and
   Temperature
  [vcotemp]Conductivity and Temperature
  [vshtemp]Specific Heat and Temperature
  [vlhtemp]Latent Heat, Solidus Temperature and
   Liquidus Temperature
  [vetemp]Emissivity and Temperature
153.1 321
153.2 321
153.3 321
153.4 321
153.5 321
153.6 321
153.7 321
153.8 321
153.9 320
153.10 321
154 %(Material Option TEMPERATURE EFFECTS)
  [syldtemp]Slope of Yield and Temperature
  [smodtemp]Slope of Young's modulus and
   Temperature
  [spoistemp]Slope of Poisson's ratio and
   Temperature
  [stctemp]Slope of Thermal exp. coeff. and
   Temperature
  [sy10temp]Slope of Yield10 and Temperature
  [swhtemp]Slope of Ratio Work Hard and
   Temperature
  [scotemp]Conductivity and Temperature
  [sshtemp]Specific Heat and Temperature
  [lhtemp]Latent Heat, Solidus Temperature and
   Liquidus Temperature
  [setemp]Emissivity and Temperature
154.1 322
154.2 322
154.3 322
154.4 322
154.5 322
154.6 322
154.7 322
154.8 322
154.9 320
154.10 322
155 $(Material Option ORTHO TEMP)
  [slopes]Slopes
  [values]Values
155.1 157
155.2 156
156 %(Material Option ORTHO TEMP)
  [ve11]Value of E11 and Temperature
  [ve22]Value of E22 and Temperature
  [ve33]Value of E33 and Temperature
  [vv12]Value of V12 and Temperature
  [vv23]Value of V23 and Temperature
  [vv31]Value of V31 and Temperature
  [vg12]Value of G12 and Temperature
  [vg23]Value of G23 and Temperature
  [vg31]Value of G31 and Temperature
  [va11]Value of a11 and Temperature
  [va22]Value of a22 and Temperature
  [va33]Value of a33 and Temperature
  [vwhtemp]Value of Work Hardening and Temperature
  [vk11]Value of K11 and Temperature
  [vk22]Value of K22 and Temperature
  [vk33]Value of K33 and Temperature
  [vshtemp]Specific Heat and Temperature
  [vlhtemp]Latent Heat, Solidus Temperature and
   Liquidus Temperature
156.1 321
156.2 321
156.3 321
156.4 321
156.5 321
156.6 321
156.7 321
156.8 321
156.9 321
156.10 321
156.11 321