The invention discloses a bionic clover negative Poisson's ratio car door anti-collision system and a layered optimization method thereof.The novel car door anti-collision system is designed by means of the advantages that a bionic clover negative Poisson's ratio structure is light in weight, high in energy absorption and easy to optimize, and the system comprises a car door anti-collision beam, a car door inner plate, a car door outer plate, a car door energy absorption block and a car door reinforcing plate; besides, the invention provides a hierarchical optimization method to perform optimization design on the novel vehicle door anti-collision system, and the hierarchical optimization method fuses a T-distribution-sparrow search algorithm T-SSA and a third-generation non-inferior sorting genetic algorithm ANSGA-III with a self-adaptive function, so that the comprehensive performance of the vehicle door anti-collision system is maximized, and the reliability of the vehicle door anti-collision system is improved. And the energy absorption and protection effects of the vehicle door anti-collision system are effectively improved.
本发明公开了一种仿生三叶草负泊松比车门防撞系统及其分层优化方法,利用仿生三叶草负泊松比结构的质量轻、吸能强、易优化的优势设计了新型车门防撞系统,系统包括车门防撞梁、车门内板、车门外板、车门吸能块、车门加强板;此外,本发明提出了一种分层优化方法对提出的新型车门防撞系统进行了优化设计,分层优化方法融合了T分布‑麻雀搜索算法T‑SSA和具有自适应功能的第三代非劣排序遗传算法ANSGA‑III,最大化车门防撞系统的综合性能,有效提升了车门防撞系统的吸能和保护作用。
Bionic clover negative Poisson's ratio car door anti-collision system and layered optimization method thereof
一种仿生三叶草负泊松比车门防撞系统及其分层优化方法
01.03.2022
Patent
Elektronische Ressource
Chinesisch
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