可变形蜂窝结构设计与力学分析

he combination of morphing honeycomb and flexible matrix is the main research direction of morphing skin. The analytic expressions of equivalent tensile strain of the morphing honeycomb were been derivated by the use of beam theory in this paper. The design space of honeycomb angle, which is the key parameter for morphing honeycomb, is given according to the requirements such as tensile strain, elastic limit and elastic modulus. The choice of honeycomb angle is very relative with the ratio of elastic limit and elastic modulus of the material which makes of morphing honeycomb. The analytic results compare very well with the FEM results. The structures are designed for different cases such as the different elongation with the same material, the different elongation with the same geography and the different elongation with the same material and geography. This research results will provide useful technical support for morphing skin structure.