Research on the Model and Simulation of Complicated Curve Saw in Virtual Environment

Lu Feng Luo; Yan Chen

doi:10.4028/www.scientific.net/AMR.694-697.2414

Paper Titles

Visualization Analysis on Key Technologies of Technical Evolution - In the Field of 3G Mobile Communication
p.2394

Design and Application of a Whole Machine Test Service Platform of Construction Machinery
p.2400

Design and Application of Comprehensive Evaluation System of Manufacturing Resource Deployment in Construction Machinery
p.2404

Function Model of Management System of Workshop Resources
p.2408

Research on the Model and Simulation of Complicated Curve Saw in Virtual Environment
p.2414

The Design and Simulation Analysis of Virtual Prototype Model for One Kind of Breech Mechanism
p.2418

Portal Crane Virtual Assembly System Based on Virtools
p.2423

An Approach for Automatic Generation of Multi-Mode 3D Exploded View
p.2428

The Key Technology Research of Heterogeneous Product Data Exchange and Sharing in Collaborative Design and Manufacturing System
p.2432

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Research on the Model and Simulation of Complicated Curve Saw in Virtual Environment

Abstract:

Complex woodworking curve saw plays an important role in wood processing. In order to provide a preliminary test and verification tools for curve saw processing technology, a research on complicated curve saw movement and cutting simulation based on virtual environment was conducted. Firstly, constructed the mathematical model of all movement axis, solved the motion law of between dicing saw and work piece by matrix arithmetic. To obtain a better graphics effect in cutting process, a dynamic mesh model based on self adaptive quad-tree was put forward. Finally the simulation system was achieved in the platform Microsoft Visual Studio 2010 and OpenGL which has a good effect and can meet the validation requirements of curve saw.