FE Mesh, Material, Responses, Constraints, Integer, Scalar Field
Perform topology optimization on a single solid body. An FE Mesh and isotropic material is all that is needed to define the model. Any of the available responses and constraints can be applied.
The list of design responses to minimize. If more than one response is supplied, the sum of the responses will be used as the objective function value.
This option controls how the density filter behaves near the boundary of the design space. If 0, no penalization is enforced on the boundary. If 1, material will be completely restricted to the boundary where no loads or constraints have been applied.
FE Mesh, Material, Responses, Constraints, Integer, Scalar Field, 1.1.0
Perform topology optimization on a single solid body. An FE Mesh and isotropic material is all that is needed to define the model. Any of the available responses and constraints can be applied.
The list of design responses to minimize. If more than one response is supplied, the sum of the responses will be used as the objective function value.
This option controls how the density filter behaves near the boundary of the design space. If 0, no penalization is enforced on the boundary. If 1, material will be completely restricted to the boundary where no loads or constraints have been applied.
