This paper presents a minimum weight design method of structures with multi frequency, displacement and stress constraints.
本文给出了具有多个频率、位移和应力约束的结构最轻重量设计。
Testing problems include a minimum weight design of a triangular wing structure under displacement, stress and size constraints.
算例中包括了一个三角形机翼受应力、变位和尺寸等约束的最轻重量设计。
The stress, displacement, member size, local buckling and system buckling constraints of the structure are taken into account.
约束有应力、变位、杆件局部稳定、刚度及结构系统稳定。
The optimization constraints can be stress, stiffness, displacement, frequency or buckling load and dynamic response.
优化的约束条件包括应力、刚度、位移、频率、临界压力及动响应。
Several typical structures with stress, displacement and side constraints have been optimized to illustrate the power of this method.
本文处理了具有几何约束、应力约束和位移约束的结构优化设计问题。
Several typical structures with stress, displacement and side constraints have been optimized to illustrate the power of this method.
本文处理了具有几何约束、应力约束和位移约束的结构优化设计问题。
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