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Experimental and analytical investigation of inertial propulsion mechanisms and motion simulation of rigid multi-body mechanical systems.

机译:刚性多体机械系统惯性推进机制的实验和分析研究以及运动仿真。

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摘要

Methodologies are developed for dynamic analysis of mechanical systems with emphasis on inertial propulsion systems. This work adopted the Lagrangian methodology. Lagrangian methodology is the most efficient classical computational technique, which we call Equations of Motion Code (EOMC). The EOMC is applied to several simple dynamic mechanical systems for easier understanding of the method and to aid other investigators in developing equations of motion of any dynamic system. In addition, it is applied to a rigid multibody system, such as Thomson IPS [Thomson 1986]. Furthermore, a simple symbolic algorithm is developed using Maple software, which can be used to convert any nonlinear n-order ordinary differential equation (ODE) systems into 1st-order ODE system in ready format to be used in Matlab software.; A side issue, but equally important, we have started corresponding with the U.S. Patent office to persuade them that patent applications, claiming gross linear motion based on inertial propulsion systems should be automatically rejected. The precedent is rejection of patent applications involving perpetual motion machines.
机译:开发了用于对机械系统进行动态分析的方法,重点是惯性推进系统。这项工作采用了拉格朗日方法。拉格朗日方法论是最有效的经典计算技术,我们称之为运动代码方程(EOMC)。 EOMC被应用于几个简单的动态机械系统,以使该方法更容易理解,并帮助其他研究人员开发任何动态系统的运动方程。此外,它还应用于刚性多体系统,例如Thomson IPS [Thomson 1986]。此外,使用Maple软件开发了一种简单的符号算法,该算法可用于将任何非线性n阶常微分方程(ODE)系统转换为现成格式的1阶ODE系统,以供Matlab软件使用。附带的问题,但同样重要的是,我们已经开始与美国专利局联系,以说服他们专利申请声称基于惯性推进系统的直线运动应被自动拒绝。先例是拒绝涉及永动机的专利申请。

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