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在分析当前液压支架检测检验基础上,提出未来检测的发展方向。即通过虚拟现实技术建立液压支架的虚拟样机,通过有限元分析技术对虚拟样机进行加载试验模拟,得出液压支架各个关键部位的应力应变数据,从而量化检测结果,为液压支架结构改进设计提供理论依据。
Based on the analysis of the current hydraulic support test, the future development of the test is proposed. That is to say, the virtual prototype of hydraulic support is established through the virtual reality technology, and the virtual prototype is simulated by finite element analysis to get the stress and strain data of each key part of the hydraulic support so as to quantify the test results and provide the theory for the improved design of the hydraulic support. in accordance with.