Altair HyperWorks

File

The results of Iteration 0 in an attempted topology optimization are different from the results of a run with ANALYSIS

To assign a CP ID to a GRID card:

To assign a value to multiple components:

To create a body definition for multi-body dynamics simulation:

To create a CORD1 coordinate system card:

To create a CORD2 coordinate system card:

To create a free body diagram (FBD):

To create a modal analysis subcase for OptiStruct:

To create a new component:

To create a new material or edit an existing material:

To create a new property:

To create a real value SET:

To create a static analysis subcase for OptiStruct:

To create an entity set:

To create an MBCRV definition:

To create an SPOINT card:

To create CGAP elements:

To create CONM2 elements:

To create CWELD elements:

To create Enforced Motion Value (SPCD) cards:

To create HM SPRING elements

To create single-point constraint cards:

To create single-point constraints at the local coordinate system:

To create static analysis subcases with combinations of loading and constraint sets for OptiStruct:

To create subcases (loadsteps):

To create two static analysis subcases with multi-point constraints for OptiStruct:

To customize the contents of the table:

To define a shape using perturbations:

To define an optimization equation:

To define design variables for topology optimization using shells:

To edit subcases (loadsteps):

To export an OptiStruct file from HyperMesh:

To export data in CSV or HTML format:

To filter the list of components in the table:

To filter the list of properties in the table:

To import an OptiStruct file into HyperMesh:

To review an entity set:

To run OptiStruct from HyperMesh using the OptiStruct panel:

To run OptiStruct from HyperMesh:

To show cutting planes:

To specify the current load collector:

To update an entity set:

To use other options:

To view iso-surfaces with the HyperMesh contour panel:

Topography Optimization

Topography Optimization of a Plate Under Torsion - OS-3000

Topography Optimization of an L-bracket - OS-3010

Topology Optimization

Topology Optimization of a Hook with Stress Constraints - OS-2080

Topology Optimization of a Reduced Model using DMIG - OS-2070

Topology Optimization with Extrusion Constraints - OS-2090

Transient Analysis for MBD

Transient Response Analysis

Transient Response Analysis by Fourier Transformation

Transient Response Loads and Boundary Conditions

Translational joint

TSTEP (Bulk Data Entry)

TSTEP (Subcase Information Entry)

TUBE element type

Twisted Cantilever Beam