104. Optimization of Adaptive Truss Structures for Robustness and Manufacturability in Bending Applications
Invited abstract in session WC-7: OR with Technical Constraints, stream Technical Operations Research.
Wednesday, 13:30-15:00Room: U2-205
Authors (first author is the speaker)
| 1. | Julian Mrochen
|
| University of Siegen |
Abstract
The increasing demand for individualized products, small batch sizes, and modular system diversity is driving a shift from mass production to flexible and scalable manufacturing. We propose a nonlinear optimization model for truss structures that integrates static, elastostatic, and manufacturing constraints to ensure structural robustness and manufacturability. A key aspect of our approach is the precise calculation of compliance values, which play a critical role in bending processes.
Building upon this foundation, we extend our model to incorporate movable structural elements, further enhancing the adaptability and efficiency of truss systems under dynamic loading conditions.
By incorporating adjustible components into the truss system, we improve load distribution and flexibility. These elements primarily serve to increase tool flexibility in bending applications, enabling the adaptation to different bending contours using a single tool.
This study highlights the potential of mathematical optimization as a powerful tool in modern structural engineering, enabling more adaptive and resource-efficient solutions for advanced manufacturing applications.
Keywords
- Engineering Optimization
Status: accepted
Back to the list of papers