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Optimal design of triangle fastening screw thread's turn number

机译:三角形紧固螺纹转数的最佳设计

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The paper firstly numerically simulates the coupled model of triangle fastening screw threads in the application of ANSYS software. Calculate stress intensity of the screw thread on the axial pressure of 200MPa. The fittest coupled turn number of the screw nut is designed to make sure the strength of coupled teeth and make every turn of the screw thread go on very well and also save material. The maximum equivalent stress of the screw thread changes linearly with the axial pressure. The stress of the thread's root is greater than that of the thread's top so that the root is easily damaged. The paper's research method can apply to the optimal design of the other patterns of screw thread's turn number.
机译:本文首先在数值上模拟了ANSYS软件应用中的三角形紧固螺纹的耦合模型。计算螺纹的应力强度在200MPa的轴压上。螺母的配件耦合匝数旨在确保耦合齿的强度并使螺纹的每个转弯均匀,并节省材料。螺纹的最大等效应力随轴压线性而变化。螺纹根的应力大于螺纹顶部的压力,使根部很容易损坏。本文的研究方法可以适用于螺纹转数的其他模式的最佳设计。

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