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根据WC5E(B)型防爆胶轮车的行驶工况和承载特点,采用ADAMS软件对其进行整车虚拟样机实验,获取了整车在各种工况下车架与其他部件在连接处的受力情况,并在ANSYS中加载分析,评价车架结构的合理性,为车架结构进行局部改进和减重优化提供了参考依据。
According to the driving conditions and bearing characteristics of WC5E (B) explosion-proof rubber tire vehicle, ADAMS software was used to carry out vehicle virtual prototyping experiment and obtain the relationship between the vehicle frame and other components at the connection under various conditions Force conditions, and load analysis in ANSYS to evaluate the rationality of the frame structure, which provides a reference for the local improvement and weight loss optimization of the frame structure.