What is topology optimization?
Topology optimization, a finite element method, refines designs by iteratively removing non-essential areas within set constraints and load cases. This tool visualizes force distribution, ensuring a customized and lightweight design for each application.
Unleash the power of generative lightweight solutions.
Sustainable and
efficient lightweight construction
Shorter time-to-market
thanks to digital engineering
Unique design freedom
due to additive manufacturing
High productivity thanks to
application-optimized design
Customized
function integration
High degree of customization
for all applications
Topology optimization for additive manufacturing
Industrial 3D printing surpasses conventional methods, allowing limitless implementation of complex geometries. Combined with topology optimization, it pioneers versatile, high-performance lightweight solutions. Explore the boundless potential of additive manufacturing for innovative lightweight construction concepts.
Project insight: Topology optimization
1. DEFINITION OF THE DESIGN SPACE
Definition of the max. available design space as a basis for simulation.
2. TOPOLOGY OPTIMIZATION
Topology optimization considering the relevant load cases of the use case.
3. BIONIC DESIGN
Design of the geometry based on the simulation results including an iterative structural optimization.
4. DESIGN VALIDATION
Simulative validation of the optimized model. Testing on the physical model is also possible on request.
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Contact details:
Lightbau Engineering GmbH & Co. KG
- Steinenbergstr. 10
DE-72622 Nuertingen - +49 173 5929938
- info@lightbau.de
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