model history
command
Syntax
 model history <name s > keyword

Create a history of a model quantity. These quantities are mostly associated with a process.
The keyword name may be used to give the history a unique identifier for later reference. If name is not specified the history will be given a name automatically based on the internally assigned ID number.
The following keywords apply:
 creep keyword
Values associated with the creep process.
 cyclestotal
The total number of cycles accumulated while this process is active.
 timetotal
The total accumulated time while this process is active.
 damping
Value of global damping parameter (3DEC)
 dynamic keyword
Values associated with the dynamic process.
 cyclestotal
The total number of cycles accumulated while this process is active.
 timetotal
The total accumulated time while this process is active.
 energy keyword
Values associated with energy quantities in 3DEC.
 blockkinetic
The kinetic energy value in 3DEC.
 blockpotential
The potential energy value in 3DEC.
 blockstrain
The block strain in 3DEC.
 blockstrainexcavated
The excavated block strain in 3DEC.
 blockstrainfill
The fill strain value in 3DEC.
 blockstrainplastic
The plastic strain value in 3DEC.
 blockvolumeexcavated
The excavated block volume in 3DEC.
 boundaryload
The boundary load in 3DEC.
 boundaryviscous
The boundary viscous force in 3DEC.
 dampmass
The mass damping value in 3DEC.
 jointfriction
The joint friction value in 3DEC.
 jointstrain
The joint strain value in 3DEC.
 jointstraincompressive
The joint compressive strain value in 3DEC.
 jointstrainexcavated
The joint strain excavated value in 3DEC.
 jointstrainshear
The joint strain shear value in 3DEC.
 jointstraintensile
The joint strain tensile value in 3DEC.
 strainexcavated
The excavated strain value in 3DEC.
 straintotal
The total strain value in 3DEC (joints + zones).
 totalreleased
The total released energy value in 3DEC.
 totalstored
The stored energy value in 3DEC.
 fluid keyword
Values associated with the fluid process.
 cyclestotal
The total number of cycles accumulated while this process is active.
 timetotal
The total accumulated time while this process is active.
 mechanical keyword
Values associated with the mechanical process.
 convergence
The current mechanical value of convergence (see
model solve mechanical convergence
).
 cycle
The total number of mechanical cycles. (Deprecated; use
cyclestotal
.)
 cycles
The number of cycles this process has taken in this
model solve
command.
 cyclestotal
The total number of cycles accumulated while this process is active.
 energy keyword
The value of an energy partition in PFC.
 energyadhesive
Adhesive energy stored contacts.
 energybody
Body based work energy.
 energyboundary
Wall based work energy.
 energydamp
Local damping energy of bodies.
 energydashpot
Viscous dashpot energy stored in contacts.
 energykinetic
Kinetic energy of bodies.
 energypbstrain
Parallel bond strain energy stored in contacts.
 energyrrslip
Rolling resistance slip energy stored in contacts.
 energyrrstrain
Rolling resistance strain energy stored in contacts.
 energyslip
Slip energy stored in contacts.
 energystrain
Strain energy stored in contacts.
 ratio
The value of the ratio currently being used. See the definition of ratios in refequilibrium. this and and next three need to be checked with DR closer to release!!!!
 ratioaverage
The value of the average force ratio. See the definition of ratios in refequilibrium.
 ratiolocal
The value of the local force ratio. See the definition of ratios in refequilibrium.
 ratiomaximum
The value of the maximum force ratio. See the definition of ratios in refequilibrium.
 time
The accumulated time this process has done in this
model solve
command.
 timetotal
The total accumulated time while this process is active.
 unbalancedmaximum
The maximum unbalanced force in any object.
 thermal
Values associated with the thermal process.
 cyclestotal
The total number of cycles accumulated while this process is active.
 timetotal
The total accumulated time while this process is active.
 timestep
The active timestep.
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