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A Hybrid Approach to Solving the Position Equations for Planar Mechanisms

机译:求解平面机构位置方程的混合方法

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摘要

In this paper, a straightforward approach is developed to solve the nonlinear position equations for a linkage when a closed-form solution to some of the equations can be obtained. This is done with the aid of dependency checking concepts that organizes a system of 2n equations and 2n unknowns (variables) into smaller sets of equations. When a set of two equations and two unknowns is obtained, the variables are analyzed using a closed-form (non-iterative) solution approach. Otherwise, an iterative approach such as the Newton-Raphson method is used for the analysis.
机译:在本文中,开发了一种简单的方法来解决连杆的非线性位置方程,当可以获得某些方程的闭式解时。这是借助依赖项检查概念完成的,该概念将2n个方程式和2n个未知数(变量)的系统组织成较小的方程组。当获得两个方程组和两个未知数的集合时,将使用封闭形式(非迭代)求解方法来分析变量。否则,将使用诸如Newton-Raphson方法的迭代方法进行分析。

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