1) finite element computing model
有限元计算模型
1.
A finite element computing model based on the non-linear beam element was built.
建立了以非线性梁单元为基础的钢管井架有限元计算模型,采用有限元分析软件对其稳定性能进行计算,分析几种主要工程加强措施对井架整体稳定性的作用效果。
2) finite element simulating calculation
有限元模拟计算
1.
The finite element simulating calculation of surface crack growth under quasi static loading;
表面裂纹准静态扩展的有限元模拟计算
3) FEM
[英][fem] [美][fɛm]
有限元计算
1.
Combining the FEM calculation results of the stress and strain distributions ahead of the notches of specimens with various prestrain, the effects of the prestrain on fracture behavior of specimen are ana.
并结合有限元计算所得的不同预应变条件下的缺口前端的应力应变场分布,主要分析了预应变对不同组织低合金高强钢缺口试样断裂行为的影响。
2.
The theoretical stress condition and the contrast of the concrete crack,the material of inside and outside have been calculated with finite element method(FEM).
本文对外贴/嵌 FRP 在砌体裂缝处理中的工作性能进行了有限元模拟分析,使用有限元方法对外贴/嵌 FRP 前后砌体裂缝、裂缝内粘材料、FRP 材料的受力状况进行了有限元计算和对比,论证了外贴/嵌 FRP 材料在处理砌体裂缝的优越性。
4) finite element calculation
有限元计算
1.
A finite element calculation and analysis of the drilling floor of the 4000 m truck-mounted rig
4000m车载钻机钻台的有限元计算与分析
2.
The change trend and its causes of ultrasonic plastic welding temperature field is discussed in detail from test result and finite element calculation result of temperature field.
文中对温度场进行了有限元计算,并用数字存储示波器记录了超声波塑料焊接温度场变化曲线,将二者结合起来定性分析了超声波塑料焊接温度场变化的趋势及产生变化的原因,证明压力的存在延缓了温度下降的幅度,要使焊接熔化区充分结合,可以加大压力和保持时间。
3.
An analysis software is developed based on the theory of finite element calculation in an axis-symmetric eddy current electromagnetic field.
根据轴对称涡流电磁场有限元计算的基本原理,开发了有限元分析软件,计算了不同渗碳层深度时涡流检测线圈的感应电压。
5) finite element method
有限元计算
1.
Calculation for ventilation of the bulb tubular turbine generators by finite element method;
灯泡贯流式水轮发电机通风系统的有限元计算
2.
Calculation of 3D temperature field of hydroelectric generator rotor by finite element method;
水轮发电机转子三维温度场的有限元计算
3.
Calculation of 3D temperature field of hydroelectric generator stator by finite element method;
水轮发电机定子三维温度场的有限元计算
6) finite element analysis
有限元计算
1.
Inthis paper, the features of the temperature field in the frozen wall with three rows offreezing pipes are analyzed in detail with the finite element analysis(FEA) software ANSYS, referring to one engi-neering project.
利用 ANSYS大型有限元计算程序,得出了冻结壁厚度、冻结壁平均温度、冻结时间等参数,为冻结井的施工提供了必要的依据。
2.
A full-scale test of the 3 joints and finite element analysis are carried out.