Topology Optimization
Topology Optimization
Simulation-based optimization is becoming increasingly important, especially in lightweight construction. The targeted reduction of CO2 emissions requires weight savings that can hardly be achieved without the use of optimization programs. Already in the concept phase, topology optimization, shape optimization and wall thickness optimization can determine the best design.
In this training, we will show you how to improve and optimize components and mechanical systems using practical examples.
Course: Topology Optimization & SOL 200 (with NX® Nastran)
Duration: 3 days
Prerequisites: Knowledge in the use of NX®
Notice: Contents are coordinated with the trainer in advance.
Excerpt from the contents:
- Introduction to structural optimization
- Numerical optimization methods
- Definition of design variables and objective function
- Optimization of material and element properties
- Discrete optimization
- Shape optimization
- Introduction to topology optimization
- Workflow, functions and parameters
- Boundary conditions and manufacturing specifications
- Presets
- Preparation of the optimized geometry for CAD
- STL geometry for 3D printing,
- Optimization of the dynamic response behavior
- Multi-physics optimization
- Geometry optimization (parameter-based)
- Optimization Wizard
If you have any questions about training, please do not hesitate to contact Mr. Jörg Sembach.
Jörg Sembach
Manager CAD/CAM
Topologieoptimierung Die simulationsgestützte Optimierung gewinnt immer mehr an Bedeutung, besonders im Leichtbau. Die angestrebte Reduktion der CO2-Emissionen erfordert eine Gewichtseinsparung, die ohne den Einsatz von Optimierungsprogrammen kaum zu erreichen ist. Bereits in der Konzeptphase können die Topologieoptimierung, die Form- und Wandstärkenoptimierung das beste Design bestimmen. In diesem Training zeigen wir Ihnen, wie Sie Bauteile und...
