HyperView PAM-CRASH 2G Results Reader

Supported Results

Data Name Result Type Data Type Keyword Notes
Structural        
Displacement NODE VECTOR    
Velocity NODE VECTOR    
Pressure NODE VECTOR Contact Pressure, CTCPR  
Max normal pressure NODE VECTOR Normal Pressure, CTCMP  
Mass Increase Factor NODE SCALAR Mass Increase, N5  
Increased Mass NODE SCALAR Increased Mass, N6  
Stress ELEMENT TENSOR3-D SXYZ 3-D
Equivalent Plastic Strain ELEMENT SCALAR EPLE 3-D
Int. Energy Density ELEMENT SCALAR INED 3-D, 2-D
HG Energy Density ELEMENT SCALAR HGED 3-D, 2-D
Solid Aux ELEMENT SCALAR   3-D, up to 6 additional scalar values
Max equiv. stress o. thickness ELEMENT SCALAR ESMA 2-D
Min equiv. stress o. thickness ELEMENT SCALAR ESMI 2-D
Max plastic strain o. thickness ELEMENT SCALAR EPMA 2-D
Min plastic strain o. thickness ELEMENT SCALAR EPMI 2-D
Moment local ELEMENT TENSOR2-D MXYZ 2-D
Membrane stress res. local ELEMENT TENSOR2-D NXYZ 2-D
Lower S strain ELEMENT TENSOR2-D EPSI_lower 2-D
Upper S strain ELEMENT TENSOR2-D EPSI_upper 2-D
Lower S stress ELEMENT TENSOR2-D SIGM_lower 2-D
Upper S stress ELEMENT TENSOR2-D SIGM_upper 2-D
Membrane stress ELEMENT TENSOR2-D SIGM_membrane 2-D
Membrane plastic strain ELEMENT SCALAR EPME 2-D
Membrane strain rate ELEMENT SCALAR STRA 2-D
Membrane VM Stress ELEMENT SCALAR ESME 2-D
Thickness ELEMENT SCALAR THIC 2-D
Thinning ELEMENT SCALAR THIN 2-D
Total Damage ELEMENT SCALAR DMG 2-D
Axial Force ELEMENT SCALAR FAXI 1-D
Transverse S shear force ELEMENT SCALAR FSSH 1-D
Transverse T shear force ELEMENT SCALAR FTSH 1-D
Torsion Moment ELEMENT SCALAR MTOR 1-D
S Moment at n1 ELEMENT SCALAR MSN1 1-D
T Moment at n1 ELEMENT SCALAR MTN1 1-D
S Moment at n2 ELEMENT SCALAR MSN2 1-D
T Moment at n2 ELEMENT SCALAR MTN2 1-D
Axial Elongation ELEMENT SCALAR DAXI 1-D
R Torsion angle ELEMENT SCALAR RTOR 1-D
S Bending rotation at n1 ELEMENT SCALAR RSN1 1-D
T Bending rotation at n1 ELEMENT SCALAR RTN1 1-D
S Bending rotation at n2 ELEMENT SCALAR RSN2 1-D
T Bending rotation at n2 ELEMENT SCALAR RTN2 1-D
S Bending rotation at n1 ELEMENT SCALAR RSN1 1-D
T Bending rotation at n1 ELEMENT SCALAR RTN1 1-D
Minimum Hill Stress ELEMENT SCALAR   Component
Maximum Hill Stress ELEMENT SCALAR   Component
Membrane Hill Stress ELEMENT SCALAR   Component
Distance to FLD ELEMENT SCALAR   Component
Wrinkle Criterion ELEMENT SCALAR   Component
Material Internal Energy ELEMENT SCALAR   Component
Material Kinetic Energy ELEMENT SCALAR   Component
Material Hourglass Energy ELEMENT SCALAR   Component

In case of Beam components, this represents bending energy.
Bending Energy Density ELEMENT SCALAR   Component
Membrane Energy Density ELEMENT SCALAR   Component
Transverse Shear Energy Density ELEMENT SCALAR   Component
Material Equivalent Membrane Energy ELEMENT SCALAR   Component
Note:
  • HyperView supports DSY and ERFH5 (HDF5) files.
  • Reading of ERHF5 (HDF5) files are supported only in Windows and Linux platforms.
  • HyperView and HyperGraph uses same ERFH5 result reader to support ERF (HDF5) results. In 2019, PAM-CRASH ERF reader enhanced to support ERF (HDF5) results that use modular input definition. Introduced entity pools to handle duplicate IDs shared across different modules in the same model. These entities will be represented by their module IDs along with their parent entity module IDs.
  • HyperView can read a model, but not results, from THP files.
  • HyperView can read files generated by PAM-CRASH 2G up to version 2017.
  • HyperView uses the same naming convention as PAM-VIEW.
  • HyperView supports files created on NT, LINUX, SGI, HP, SUN, IBM, FUJITSU, and NEC platforms.
  • HyperView can read a model from a PAM-CRASH 2G input deck.
  • HyperView can read zipped DSY files of PAM-CRASH 2G using FEMZIP libraries v8.73 or older version.