Based on maximum fatigue life as objective function and associated kinematic constraints have been formulated.
基于当目标函数及相关运动学制约已经制定时的最大疲劳寿命。
Generalized support function is a very important concept in plane convex sets, it play a crucial role in discuss kinematic measure of convex sets.
广义支持函数是平面凸域的一个非常重要的概念，它在讨论凸域的包含测度问题中起关键的作用。
From the point of view of the relationships between form design and function and structure, the form design of parallel kinematic machines and control panel design were studied.
从并联机构的造型与功能、结构的关系入手，阐述了并联机构造型设计的方法，并对并联机构的控制面板设计进行研究。
With minimum dynamic loads of a raking mechanism during loading as the objective function, main structural sizes and kinematic parameters are optimally designed in the paper.
以装载过程中动载荷最小为目标函数，对耙爪机构的主要结构尺寸和运动参数进行了优化设计。
A new approach to mechanical kinematic scheme generation based on multi-granularity co-evolutionary function reasoning is proposed.
提出了基于多粒度共进化功能推理的机械运动方案设计方法。
The kinematic law was studied through methods of analytic geometry and mechanism synthesis, and the function of transmission ratio and mechanism parameters were established.
运用解析几何及机构综合的方法，对该无级变速器的运动学规律进行研究，推导了传动比与机构参数的函数关系。
The formulas of CAM profile are established through the use of spline function and a method is given for kinematic and dynamic analysis of the cams in this article.
本文应用三次样条函数建立凸轮廓线方程，并进行机构的运动和动力分析。
Automatic opening function is realized by contra - parallelogram mechanism. Optimal kinematic scheme is obtained by the kinematic and mechanical analysis of the contra-parallelogram.
自动开关门功能是采用反平行四边形机构实现的，针对这一机构的运动特性及力学性能进行了分析并得出最佳的运动方案。
The model of function-process-action- mechanism aims at the action of the mechanical kinematic system and conceives the scheme of kinematic system.
功能-过程-动作-机构模型针对机械运动系统的动作过程构思运动方案，是计算机辅助机械运动系统概念设计较理想的模型。
The model of function-process-action- mechanism aims at the action of the mechanical kinematic system and conceives the scheme of kinematic system.
功能-过程-动作-机构模型针对机械运动系统的动作过程构思运动方案，是计算机辅助机械运动系统概念设计较理想的模型。
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