Dynamic Analysis of Mechanical System in Fully Cartesian Coordinates and Its Software Development
Ge Xin
Abstract
Ge Xin
Abstract
In this paper, we use fully Cartesian coordinates to describe the position and rigid body form of a mechanical system, then establish its mathematical models for kinematic and dynamic analysis,a related simulation software is developed. A series of dynamic analysis and simulation computations about several examples are performed, which demonstrate the effectiveness of the proposed method and its software.
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In this paper, we use fully Cartesian coordinates to describe the position and rigid body form of a mechanical system, then establish its mathematical models for kinematic and dynamic analysis,a related simulation software is developed. A series of dynamic analysis and simulation computations about several examples are performed, which demonstrate the effectiveness of the proposed method and its software.
Key concepts: Cartesian coordinate system, Kinematics, Software, Computer science, Computation, Position (finance), Dynamic simulation, Coordinate system