In the mechanical structure design, the structural topology optimization technology can meet the structural rigidity, strength, dynamic response, fatigue, heat transfer performance requirements, to achieve the structure of the lightweight design. At present, the technology has been widely used in construction, machinery, automotive, aviation and so on. From the simple parts, the combination of components, to the overall design, topology optimization can provide the most reasonable optimization program.
Competitive advantages of this project:
Existing optimization software such as Optistruct and so have a single function and other issues. For specific industrial applications, the optimization problems and algorithms need to be analyzed and processed to meet the needs of various properties, manufacturing and so on. The project's founders invented the BESO optimization method. BESO optimization method can consider different aspects of optimization issues: such as frequency optimization, crashworthiness energy optimization, dynamic structural optimization, structural material optimization and so on. Which provides a solid foundation for the practical industrial application of BESO topology optimization technology.
Project Application Example:
At present, the optimization method has been applied to industrial structure design, including the following aspects:
1. Optimization of body structure and automotive components
2. Optimization Design of Various Mechanical Components
3. Optimization Design of Aircraft Structures
4. Architectural design
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