在设计中应用了有限元方法对结构的主要受力部件进行了力学分析。
The finite element analysis method is used to check the mechanical characteristic of the mainly structures.
由于它的变形、受力和振动均是弯扭耦联的，其力学分析就显得比较复杂。
Because its deformation, stress and vibration of three dimensions are bending-torsional-coupled, the mechanics analysis of this kind of structure is comprehensive.
根据对受力零部件的动力学分析结果，可以合理选择驱动电机、轴承等关键零部件。
According to the dynamics analysis result of forced parts, choose reasonably the key parts of motors, bearings etc.
在进行挖沟器的系统动力学分析过程中，利用了虚拟样机技术adams软件对挖沟器链传动过程中的受力情况进行了动态仿真。
During the dynamic analysis of mechanical system, the force that act on the chain of trenching implement is simulated by virtual prototype soft ADAMS.
分析结果更符合路面结构的实际受力情况，对非线性路面结构的力学分析具有一定的理论参考价值。
The result show that the model in this paper suits the mechanics characteristic of the pavement better, and has high theory value in non-linear pavement analysis.
根据人在攀爬过程中的受力情况，结合器械的特性，对器械攀爬技术进行了动力学分析。
According to the bearing situation, connected with the character of instruments, this paper daes a dynamic analysis to scramble skills with instruments.
针织物受力时产生起拱变形现象，通过力学和数学分析，建立了力与线圈长度的关系式。
Based on the mechanical analysis, the equation between stress and loop length is set up, and it is proved by testing result of kitted fabrics with different stitch densities.
介绍一种对大型锅炉水冷壁起吊受力状态分析计算的基本力学分析方法。
The article introduces a basic analytic method of force condition of a water cooled wall of large capacity boiler when it is lifting.
结合井下连续管的实际受力情况，根据静力平衡方程和物理方程，建立了井下连续管力学分析模型。
By combing actual stress of coiled tubing and using static equilibrium equations and physics equations, mechanical model of coiled tubing was established.
然后对主切机构进行了动态静力学分析，得出一个运动周期中各铰接点的受力情况。
Then the analysis of dynamic statics about mould-cut main mechanism is given and the analysis about force of each joint point in a motion period is put forward.
与适筋梁相仿，根据超筋梁和少筋梁的受力破坏特点，得到了两者在不同受力变形阶段的力学分析公式。
On the collapse behavior of the over-reinforced beam and the rare-reinforced beam, the two kinds of beam's mechanical analysis formula of different phase are deduced like the under-reinforced beam.
根据受力分析，确定了影响铺装层的主要因素，为今后进行力学分析选用正确的模型做了基础性的工作。
Through the mechanical analysis, the main factors influencing the pavement are determined and this paper provides fundamental references to exactly modeling for mechanical analysis henceforth.
分析了机构中两个重要部件斗杆与动臂的受力状况，为后续静力学分析提供荷载依据。
It also analyzes stress condition of two important components of the device, dipper handle and boom, supplying load basis for subsequent static analysis.
分析了机构中两个重要部件斗杆与动臂的受力状况，为后续静力学分析提供荷载依据。
It also analyzes stress condition of two important components of the device, dipper handle and boom, supplying load basis for subsequent static analysis.
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