Total Solution for Structural Optimization
OPTISHAPE-TS
Topology Optimization
Topology Optimization
Topology Optimization proposes the optimized layout in given design domains.
This is effective during the preliminary design and research stage.
* Cooperator : iXs Research Corp./ Marubeni Information Systems Co.,LTD.
Cost Functions
You can use the combination of the following items which you need.
(ex. Volume Constraint, Stiffness Maximization)
- Volume (Total/Design Region)
- Mass (Total/Design Region)
- Compliance (Stiffness)
- Displacement
- Reaction Force
- Eigen Value
Analysis case
Reinforcement Layout of Bonnet
By leaving the effective part for the stiffness, OPTISHAPE-TS can give the efficient layout of high stiffness.
- Object : Stiffness Maximization
- Constraint : Volume 40%
Lightweighting of Seat Frame
The layout of holes for lightweighting can be given as keeping stiffness.
- Object : Mass Minimization
- Constraint : Stiffness 100%(preserve)
Production Requirements
By using the Density Restriction functions and the Die-Drawing Consideration function, topology optimization generates layouts that meet production requirements.
Topology Density Restriction
The Topology Density Restriction functions allow you to not only achieve basic features such as mirror symmetry and constant cross-sections but also obtain shapes tailored to various conditions, including production requirements along arbitrary paths.
- Uniform Section
- Symmetric
- Symmetric Section
- 1/4 Symmetric
- 1/4 Symmetric Section
- Cylinder
- Axisymmetric
- etc.
Die Drawing Consideration
The Die Drawing Consideration function allows you to obtain a layout with no internal cavities and suitable for die-drawing.
Analysis case
Lightweighting of arm parts
- Object : Stiffness Maximization
- Constraint : Volume 50%
