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- On the basis of the static and dynamic stress analysis about the traveling mechanism, the minimum suction parameter of the single magnetic adsorbing block was determined. 在对移动机构的静态和动态进行受力分析的基础上，确定了单个磁性吸附块的最小吸力参数。
- Dynamic stress analysis on meek joint of meek mechanism 柔顺机构柔顺关节的动应力分析
- Dynamic Stress Analysis of Up-open Fan Gate Skip Getting into Dump Rail 上开式扇形闸门箕斗进入卸载曲轨时动态受力分析
- The Coupling Method of FEM and BEM for Structural Dynamic Stress Analysis 结构动应力分析的FEM-BEM耦合方法
- Dynamic stress analysis of dump rail during skip with up-open fan gate getting through dump rail 上开式扇形闸门箕斗卸载曲轨的动态受力分析
- Dynamic Stress Analysis for Select Cover Soil Thickness on Culvert in High Speed Railway 高速铁路涵洞覆土厚度选择的动应力分析
- The application of ANSYS Software to the static and dynamic stress analysis of high intake tower ANSYS软件在高进水塔静动力分析中的应用
- DYNAMICAL STRESS ANALYSIS FOR LOOSE LASHING WIRE GROUPED BLADES 松拉金成组叶片动应力分析
- DYNAMIC STRESS ANALYSIS OF SUBGRADE-BRIDGE TRANSITION SECTION OF QINSHEN RAILWAY 秦沈客运专线路桥过渡段路基动应力测试分析
- dynamic stress analysis 动应力分析
- Stress analysis of door and window of a passenger aircraft. 旅客飞机门与窗的应力分析。
- Thermal tests, small signal tests, and stress analysis test. 电源模块热、小信号、应力分析测试。
- The Bending Stress Analysis of Model 81 Double Circular Arc Gears. 81型双圆弧齿轮的弯曲应力分析
- Dynamic stress attenuates slowly with distances and has a large value. 动应力随距离衰减速度慢，量值大；
- The kinematic elastic dynamic analysis of linkage mechanisms reveals a fact that when the mechanisms rotate at high speed,they would generate cyclic dynamic stress in linkages. 连杆机构的弹性动力分析指出，连杆机构在作高速运转时，杆内将产生周期性变化的动应力，这将可能导致构件的疲劳破坏。
- FEM stress analysis of assemble symmetrical body of interference fit. 过盈配合组合轴对称体有限元法应力分析
- A dynamic strain gage is developed for dynamic stress test at900℃ of turbine rotor blades of an aeroengine. 为了对某型航空发动机涡轮转子叶片在900℃温下进行动应力测试,研制了900℃态应变计。
- It is for telemetering the vibration frequency, dynamic stress and temperature of turbine blades under dynamic state. 用于涡轮机叶片在动态状态下对其振动频率、动应力和温度进行遥测。
- It was concluded that the impact velocity and peak dynamic stress under the coplanar impact is quadratic relationship. 从结果可以看出：在共面冲击下，其动态峰应力和冲击速度之间是二次线性关系。
- We can now use tetrahedron and hexahedron elements in three-dimensional stress analysis. 我们现在在三维应力分析中采用四面体单元和六面体单元。
