The application has shown that fe simulation is of great value to the technological control of heat treatment, and has a considerable instructive effect on actual production.
应用结果表明，有限元模拟技术对曲轴热处理工艺性控制和实际生产具有很大实用价值和指导作用。
The results of FE simulation verified the validity of theoretic analysis.
有限元模拟实验的结果证明了理论分析的正确性。
The proposed preform FE simulation optimization scheme is effective and overcomes the drawbacks of previous empirical design.
所提出的有限元模拟预成形优化方法十分有效，克服了以往凭经验设计的弊端。
The mesh of copper tubes and loading ways of the balls are the key problems during three dimensional FE simulation of ball spinning of inner grooved tubes.
内螺纹管滚珠旋压三维有限元模拟中，铜管的网格划分和滚珠加载方式是模拟的关键问题。
The simplified theoretical model of normal pressure was derived, and the pressure delivery principle of multi-point blank holder was analyzed with FE simulation.
根据理论计算得到了法向压力分布的简化模型，并结合有限元数值模拟对多点压边圈上的压力传递问题进行了分析。
Addressing deformation characteristics of the shell during rotary piercing operation, wall thickness unevenness is calculated by means of the FE simulation method.
通过有限元模拟针对斜轧穿孔过程中毛管的变形特点，对其壁厚不均进行了计算。
By comparison with experimental results, it would be proved that FE simulation is available and will provide guideline for deformation process of complex forging parts.
有限元计算结果与实验结果的比较，证明了采用刚塑性有限元法研究螺旋伞齿轮闭塞挤压工艺是可行的，将在复杂零件的塑性成形工艺的研究中起到指导作用。
Forged part and forming procedure and stroke-load curve obtained from rigid plastic FE simulation further discloses the deformation mechanics of closed die extrusion for spiral bevel driving gear.
刚塑性有限元计算所得的齿轮锻件图、成形过程图、轴向断面网格图和力能曲线进一步揭示了螺旋伞齿轮塑性成形机理；
Forged part and forming procedure and stroke-load curve obtained from rigid plastic FE simulation further discloses the deformation mechanics of closed die extrusion for spiral bevel driving gear.
刚塑性有限元计算所得的齿轮锻件图、成形过程图、轴向断面网格图和力能曲线进一步揭示了螺旋伞齿轮塑性成形机理；
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