Lagrange II Dynamics and that of Forces Exemplified on a Basic Robot, 2 DoF

Relly Victoria Virgil Petrescu
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Abstract

The paper presents two dynamic methods applied to a basic articulated robot, 2 DoF, the first being an original adaptation of the type II Lagrange equations and the second being a dynamic method based on the influence of the forces in the robot mechanism. Both methods are original, as they were designed and applied by the author to a 2 DoF basic robot. In the presentation, the results obtained by the two different dynamic methods are compared. It is interesting that although the differential equations obtained by the two methods presented in the paper are totally different, the results obtained with both models are very close in values. All simulations were processed with the help of Mathcad professional software.
拉格朗日动力学及力在2自由度基本机器人上的举例
本文提出了两种应用于2自由度基本关节机器人的动力学方法,第一种是对II型拉格朗日方程的原始自适应,第二种是基于机器人机构中力影响的动力学方法。这两种方法都是作者设计并应用于二自由度基本机器人的新颖方法。文中比较了两种不同动态方法的计算结果。有趣的是,虽然本文两种方法得到的微分方程完全不同,但两种模型得到的结果在数值上非常接近。所有的模拟都是在Mathcad专业软件的帮助下进行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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