Topology, shape and size optimization
The objective is to perform a complete topology, shape and size optimization of a cross car beam by using a lightweight material, by considering two practical manufacturing processes (extrusion and casting) and by assuming a realistic situation where only limited information on the steering-column and steering-wheel system is available to the cross car beam designer.
Tentang Saya
8 years’ experience of engineering design from concept to detailed development. · Expertise in developing topology optimization to achieve lightweight structural design, including algorithm advancement, in-house program development, numerical verification and engineering application. · Expertise in applying topology, topography, shape and size optimization to solve practical engineering problems to reduce the weight, improve the performance, and shorten the development period. · Expertise in performing multi-disciplinary optimization (MDO) to achieve an optimal design by incorporating all relevant disciplines simultaneously. · Expertise in nonlinear implicit and highly nonlinear explicit FEA analysis, including geometry-nonlinearity, material-nonlinearity, and contact-nonlinearity. Familiar with FMVSS 202, 207, 208, 301, ECE R17 et al. · Expertise in NVH analysis, including problems with fluid-structure interface (FSI), preloading, and/or pretension.
