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Analysis of Dynamic Pendulum Dynamics of Amusement Facilities Based on ADAMS

机译:基于ADAMS的娱乐设施动态摆动分析

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In order to improve the safety performance and comfort of amusement facilities, reduce research and development costs and shorten the development cycle, simulation analysis can be performed using the mechanical system dynamics analysis software ADAMS. In this paper, through the analysis of the principle of the large pendulum movement, the physical object is rationally simplified. The three-dimensional CAD software is used to model the key components of the pendulum, and then the three-dimensional model is imported into the dynamic simulation software. After setting the technical parameters and motion functions of the components in the model, the simulation analysis can be performed to obtain the movement and force conditions of each component during the operation of the device. The simulation analysis results are compared with the theoretical calculation results. The research shows that the output of simulation analysis is consistent with the theoretical calculation result. Using virtual prototype instead of physical prototype is an effective method to improve equipment safety and reduce costs.
机译:为了提高游乐设施的安全性能和舒适性,降低研发成本,缩短开发周期,可以用机械系统动力学分析软件ADAMS进行仿真分析。在本文中,通过对大摆动运动原理的分析,物理对象被合理地简化。三维CAD软件用于摆的关键组件进行建模,然后将三维模型导入动态仿真软件。设置技术参数和在模型中的组件的运动的功能后,可以进行模拟分析的装置的操作期间获得的各成分的运动和力的条件。模拟分析结果与理论计算结果进行比较。研究表明,仿真分析的输出与理论计算结果一致。使用虚拟样机代替物理样机,是提高设备的安全性和降低成本的有效方法。

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