Abstract：Design of Electronic cabinet is constrained by structure intensity, ventilation and Shielding Effectiveness (SE). Practically, there are three fields affecting electronic equipment, electromagnetic, temperature, and elastic deformation fields which are functions of enclosure structure parameters. Because of the relationship between three fields, in this paper, a multi-field-coupled model called STEM is established. Furthermore, an optimization model based on STEM is proposed in this manuscript. Structure optimization is also proposed on a practical enclosure with satisfying result.
李鹏, 段宝岩, 胡凯博, 罗先义. 基于多场耦合的电子装备机箱结构优化设计[J]. 电子与信息学报, 2010, 32(11): 2764-2767.
Li Peng, Duan Bao-Yan, Hu Kai-Bo, Luo Xian-Yi. The Optimization Design of Electronic Equipments' Case Based on Multi-field-coupled Model. , 2010, 32(11): 2764-2767.
2010, Vol. 32 
