The invention discloses a hydro-pneumatic spring simulation optimization method and system, and the method and system achieve the precise modeling and optimization of a hydro-pneumatic spring through the joint simulation of Adams and AMESim. According to the method, the limitation of a traditional simulation method in the early-stage design stage of the automobile is overcome, various parameters of the hydro-pneumatic spring can be directly optimized, and the prediction accuracy of the controllability and comfort of the whole automobile is effectively improved. And through a systematic data processing and analysis method and a friendly human-computer interaction interface, the optimization efficiency is further improved. The method and the system are not only suitable for optimization of the hydro-pneumatic spring, but also can be popularized to development of other automobile parts needing multi-domain coupling simulation, and provide powerful tool support for automobile design and development.
本发明公开了一种油气弹簧仿真优化方法及系统,通过Adams和AMESim的联合仿真,实现了油气弹簧的精确建模和优化。该方法克服了传统仿真方法在汽车前期设计阶段的局限性,能够直接优化油气弹簧的各项参数,有效提高了整车操控性和舒适性的预测准确度。通过系统化的数据处理和分析方法,以及友好的人机交互界面,进一步提升了优化效率。该方法和系统不仅适用于油气弹簧的优化,还可以推广到其他需要多域耦合仿真的汽车部件开发中,为汽车设计和开发提供了有力的工具支持。
Hydro-pneumatic spring simulation optimization method and system
一种油气弹簧仿真优化方法及系统
2025-01-14
Patent
Electronic Resource
Chinese
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