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DEFORM-3D software is a powerful simulation tool that uses the Finite Element Method to analyze the three dimensional complex forging process, It provides a virtual testing environment in which engineers can study the influence of geometric parameters, process parameters and other factors on forging process performance. This paper aims at the forging process of automotive starter motor ring gear,...
In this paper, the use of the finite element method in conjunction with abductive network is presented to predict the maximum forging force and effective stress for strain-hardening material during near net-shape helical forging. The maximum forging load and effective stress are influenced by the material properties such as yielding stress, strength coefficient and strain hardening exponent. A finite...
This paper presents the analytical method and finite element method(FEM) for calculation of cogging torque in squirrel-cage induction motors. The analytical method is based on inductance coefficient and permeance wave technique, taking into account effects of slotting, saturation and winding connections. Based on finite element method, classical Maxwell stress method, modified Maxwell stress method...
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