Dynamics simulated analysis method on basis of multipoint positioning flexibility tool system

Abstract

The invention provides a dynamics simulated analysis method on the basis of a multipoint positioning flexibility tool system. The dynamics simulated analysis method on the basis of the multipoint positioning flexibility tool system includes steps of firstly, preparing and mounting an ADAMS multi-body dynamics simulation software; secondly, establishing a model of a mechanical system; thirdly, rightly establishing various coordinate systems of the mechanical system; fourthly, building a dynamics model of the multipoint positioning flexibility tool system according to the various coordinate systems of the mechanical system set in the third step; fifthly, detecting the dynamics model set up in the fourth step by the ADAMS multi-body dynamics simulation software; sixthly, analyzing running results of the dynamics model; seventhly, optimizing the system to obtain the optimal solution according to the structural design scheme. The dynamics simulated analysis method basically solves the problem that an existing dynamics simulation analysis method is low in systematized degree, narrow in application range, poor in interference resistance and slow in simulation analysis.

Description

technical field [0001] The invention belongs to the field of dynamic simulation research and application, in particular to a dynamic simulation analysis method based on a multi-point positioning flexible tooling system. Background technique [0002] As we all know, the mechanical system dynamics automatic analysis software ADAMS is a very famous virtual prototype analysis software developed by MDI (mechanical dynamic inc) of the United States. At present, ADAMS has been adopted by many major manufacturers in various industries in the world, accounting for 51% of the market share of dynamic simulation software for mechanical systems. On the one hand, ADAMS is an application software for virtual prototype analysis. Users can easily conduct statics, kinematics and dynamics analysis on virtual prototypes. On the other hand, it is also an analysis and development tool for virtual prototypes. With its open program structure and multiple interfaces, it can become a secondary devel...

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Problems solved by technology

[0007] The present invention is proposed in view of the above problems, and its purpose is to provide a dynamic simulation analysis method based on a multi-point positioning flexible tooling system, which can solve the existing dynamic simulation analysis methods with low degree of systematization, narrow use range, Poor anti-interference and slow simulation analysis speed

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