将连续法引入机构动力学，研究了平面一般三弹簧系统的静力逆分析，得到了该系统的全部平衡位置。
In this paper, the inverse force analysis of planar three spring system is studied using numerical continuation. All static equilibrium positions of the system is obtained.
本文介绍了平面弹性连杆机构动态静力分析的键合图法。给出了平面弹性连杆机构的键合图模型。
This paper introduced a bond graph method for the dynamical static force analysis of planar elastic linkage, and presented a bond graph model of this linkage.
通过建立机构的静力平衡方程，分析了切削加工载荷在各条驱动腿之间的分配情况。
The distribution of cutting force between driving legs is analysised by establishing of static force equilibrium equations.
运用复矢量法建立了刨床急回机构动态静力分析的力学模型。
The mechanical model of the dynamic analysis of quick-return mechanism in the planer is established by complex vector method.
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.
用解析式及图解法的静力学分析说明了连接机构设计的正确性。
The correctness of design for the connecting mechanism was illustrated with the mechanical analysis based on the analysis method and graphic method.
介绍了机器人的机构组成及工作原理，并分析了其运动学和静力学特性。
The mechanism composition and working principle of robot were introduced, and its properties of kinematics and statics were analyzed.
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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