首页> 外文会议>Cranfield Conference on Dynamica and Control of Systems and Structures in Space; 2004; Liguria; IT >Automatic Generation and Integration of Equations of Motion for Linked Mechanical Systems
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Automatic Generation and Integration of Equations of Motion for Linked Mechanical Systems

机译:链接机械系统的运动方程的自动生成和积分

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This paper presents a new method for the automatic generation and integration of equations of motion using operator overloading techniques. An automatic differentiation tool (OCEA: Object Oriented Coordinate Embedding Method) is utilized to compute the partial derivatives required for implementing the traditional Lagrangian equations of motion. The user only builds the kinetic and potential energy. Unlike symbolic approaches, the OCEA-Lagrangian method builds the model on-the-fly, no complex pre-processing program must be developed for implementing Lagrange's method. The new method combines the best of the symbolic and numerical equation of motion generation methods, while retaining the simplicity and elegance of the original Lagrangian method. The method is demonstrated for constrained and unconstrained linked flexible body systems.
机译:本文介绍了一种新的方法,该方法使用算子重载技术自动生成和集成运动方程。自动微分工具(OCEA:面向对象的坐标嵌入方法)用于计算实现传统拉格朗日运动方程所需的偏导数。用户仅建立动能和势能。与符号方法不同,OCEA-Lagrangian方法可以即时构建模型,无需开发复杂的预处理程序即可实施Lagrange方法。新方法结合了运动生成方法的符号和数值方程的优点,同时保留了原始拉格朗日方法的简洁性和优雅性。该方法已针对约束和无约束的链接柔性体系统进行了演示。

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