hmpam
Translates information from a PAMCRASH and PAMCRASH 2G results file (.DSY file) to a HyperMesh binary results file or to a Hyper3D (.h3d) file.
Syntax
hmpam [h3d] [arguments] <input file> <output file> [model file] [options<Filename>]
Application
Translators
Description
hmpam no longer requires a license for ESI DSYLIB.
hmpam can also translate a model from a PAMCRASH and PAMCRASH 2G THP file. In this case, only the model is output (no results).
hmpam can also read dsy/thp files from PAMCRASH 2003 version.
Inputs
 [h3d]
 The output file is written in the h3d format and contains model data and results in one file. The selection of the option [model file] is not allowed in this case.
 [options<Filename>]
 Specify the timesteps and components, that will be converted to the result file.
 [arguments]
 Supported options include:
 d
 Displacements
 v
 Velocities
 a
 Accelerations
 sxx
 SXX
 syy
 SYY
 szz
 SZZ
 sxy
 SXY
 syz
 SYZ
 szx
 SZX
 3S1
 Minimum Principal Stress 3D (for solids only)
 3S2
 Maximum Principal Stress 3D (for solids only)
 3S3
 Second Principal Stress 3D (for solids only)
 mxx
 Local bending moment about raxis
 myy
 Local bending moment about saxis
 mxy
 Local twist bending moment
 m1
 Max Principal bending moment
 m2
 Min Principal bending moment
 nxx
 Local membrane stress resultant in rdirection
 nyy
 Local membrane stress resultant in sdirection
 nxy
 Local inplane shear membrane stress resultant
 n1
 Max. Principal membrane stress resultant
 n2
 Min. Principal membrane stress resultant
 eple
 Equivalent Plastic Strain
 epma
 Maximum plastic strain over thickness
 epmi
 Minimum plastic strain over thickness
 epsi
 Lower & Upper Surface Strain tensors
 sigm
 Lower, Upper & Middle Surface Stress tensors
 thic
 Resultant Shell Thickness
 thin
 Resultant Shell Thinning
 esma
 Maximum equivalent stress over thickness
 esmi
 Minimum equivalent stress over thickness
 faxi
 Force in local Rdirection
 fssh
 Force in local Sdirection
 ftsh
 Force in local Tdirection
 mtor
 Flexion bending moment about local udirection
 msn1
 Directional dependency function for flexion moment
 mtn1
 Torsion bending moment about local Tdirection
 msn2
 Resultant damping moment
 mtn2
 Resultant friction moment
 daxi
 Axial elongation in R direction
 rtor
 Torsion angle about local r axis
 rsn1
 Bending rotation angle about local Saxis at node 1
 rtn1
 Bending rotation angle about local Taxis at node 1
 rsn2
 Bending rotation angle about local Saxis at node 2
 rtn2
 Bending rotation angle about local Taxis at node 2
 stepN
 Step increment N, where N is a positive integer. (default N=1)
 disk
 Translation is performed on disk
 file
 Scratch file name
 options
 [Filename] gives the filename for the options file. Syntax is described below.
 h3d
 Outputs file to an H3D file instead of to an hmresults file. The file includes model and results information that was translated. The model must contain geometry for it to be output to an H3D file.
 Nodal

 Displacements
 Velocities
 Accelerations
 Bricks

 Sigma  xx
 Sigma  yy
 Sigma  zz
 Sigma  xy
 Sigma  yz
 Sigma  zx
 Minimum Principal Stresss 3D
 Maximum Principal Stress 3D
 Second Principal Stress 3D
 EPLE: Equivalent Plastic Strain
 Beams

The definitions of the following variables depend on the material type:
 FAXI
 FSSH
 FTSH
 MTOR
 MSN1
 MTN1
 MSN2
 MTN2
 DAXI
 RTOR
 RSN1
 RTN1
 RSN2
 RTN2
 Tools

 Thickness
 Shells

 MXX  Local bending moment about raxis
 MYY  Local bending moment about saxis
 MXY  Local twist bending moment
 M1  Maximum Principal bending moment
 M2  Minimum Principal bending moment
 NXX  Local membrane stress resultant in rdirection
 NYY  Local membrane stress resultant in sdirection
 NXY  Local inplane shear membrane stress resultant
 N1  Maximum Principal membrane stress resultant
 N2  Minimum. Principal membrane stress resultant
 EPMA  Maximum plastic strain over thickness
 EPMI  Minimum plastic strain over thickness
 EPSI  Lower and Upper Surface Strain tensors
 SIGM – Lower, Upper, and Middle Surface Stress tensors
 THIC  Resultant shell thickness
 THIN  Resultant shell thinning (for stamp only)
 ESMA  Maximum equivalent stress over thickness (von Mises)
 ESMI  Minimum equivalent stress over thickness (von Mises)