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HyperView RADIOSS Results Reader |
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HyperView RADIOSS Results Reader |
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Data Name |
Result Type |
Data Type |
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Vectors |
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Displacement |
NODE |
VECTOR |
Contact Forces |
NODE |
VECTOR |
Velocity |
NODE |
VECTOR |
Acceleration |
NODE |
VECTOR |
Displacements (from File) |
NODE |
VECTOR |
External Forces |
NODE |
VECTOR |
Internal Forces |
NODE |
VECTOR |
Sect. RBY Moments |
NODE |
VECTOR |
Sect RBY, Wall F |
NODE |
VECTOR |
Nodal Scalars |
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Grid Point Stres |
NODE |
SCALAR |
Node Mass |
NODE |
SCALAR |
Mass Change |
NODE |
SCALAR |
Time Step |
NODE |
SCALAR |
Elemental Scalars ( for 2-D and 3-D elements only) |
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Plastic Strain |
ELEMENT |
SCALAR |
von Mises |
ELEMENT |
SCALAR |
Specific Energy |
ELEMENT |
SCALAR |
Hourglass Energy |
ELEMENT |
SCALAR |
Density |
ELEMENT |
SCALAR |
Mass |
ELEMENT |
SCALAR |
Pressure |
ELEMENT |
SCALAR |
Damage 1 |
ELEMENT |
SCALAR |
Stress X |
ELEMENT |
SCALAR |
Stress Y |
ELEMENT |
SCALAR |
Stress Z |
ELEMENT |
SCALAR |
Stress XY |
ELEMENT |
SCALAR |
Stress YZ |
ELEMENT |
SCALAR |
Stress ZX |
ELEMENT |
SCALAR |
Tensors (for 2-D elements) |
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Stress (membrane) |
ELEMENT |
TENSOR2-D |
Stress (upper) |
ELEMENT |
TENSOR2-D |
Stress (lower) |
ELEMENT |
TENSOR2-D |
Strain (membrane) |
ELEMENT |
TENSOR2-D |
Strain (upper) |
ELEMENT |
TENSOR2-D |
Strain (lower) |
ELEMENT |
TENSOR2-D |
Tensors (for 3-D elements) |
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Stress |
ELEMENT |
TENSOR3-D |
Damage |
ELEMENT |
TENSOR3-D |
| • | A files from RADIOSS 41, 44, 51, 90, 110, and 120 are supported. |
| • | A files written in RADIOSS 44 and RADIOSS 51 format are supported. |
| • | A Files from RADIOSS 31 are not supported. |
| • | 1D element results (both scalar and torsion) are not supported. |
| • | All tensor results (2D and 3D) should be viewed in the Element Result System. |
| • | Plastic strain across thickness is supported. |
| • | A files from RAD2NOISE tool are supported. |
| • | Ply systems for orthotropic/composite shells are supported. You can review systems for individual plies(layers) through the Systems Review dialog. You can also transform stresses and strains from an elemental or global system to a ply system. To review these systems and use them for transformations, make sure that the datatype PHI is written to the RADIOSS animation file and the advanced result-math template is used to load the results in HyperView. |
