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通过蜗杆传动的传热学 ,摩擦学及啮合原理的耦合研究 ,建立了蜗轮瞬态温度场的数学模型 .针对蜗轮齿面的几何特征和运动特征编制相应的有限元程序 .在此基础上利用数值计算结果 ,建立了有限元模型的人工神经网络的瞬态温度场智能预报系统 ,为蜗轮齿面瞬态温度场的实时化分析提供必要手段
Through the coupling research of heat transfer, tribology and meshing principle of worm drive, the mathematical model of the transient temperature field of worm gear is established, and the corresponding finite element program is compiled according to the geometrical characteristics and movement characteristics of worm gear tooth surface.On this basis, Numerical simulation results, the finite element model of artificial neural network transient temperature field intelligent forecasting system for the tooth surface of the worm gear transient temperature field of real-time analysis provides the necessary means