Geometric Modeling and CAD/CAM
Hongcheng Wang, Peter Jang and James A. Stori
Toolpah generation and optimization is considered as a challenging problem in the academic and industrial communities. The objective of this project is to minimize the cost of toolpath based on curvature and engagement metrics. A novel approach of toolpath generation and optimization is proposed. The quintic spline is used to approximate the original toolpath. Some important metrics are modeled based on the physical requirements. An iterative optimization approach based on graphics simulation is proposed to improve the toolpath. Case studies show the validity of this approach. Software is developed for this application.
1. Hongcheng Wang, Peter Jang, James A. Stori, A Metric-Based Approach to 2D Tool Path Optimization for High Speed Machining. ASME, Journal of Manufacturing Science and Engineering (JMSE), Vol.127, No.1, 2005, pp.33-48.
Full Text: PDF (1.92MB)
2. Hongcheng Wang, James A. Stori, A Metric-Based Approach to 2D Tool Path Optimization for High Speed Machining. ASME, IMECE, 2002.
Full Text:PDF (276MB)
3. Hongcheng Wang, James A. Stori, Tool Path Optimization Based on Engagement Angle, Technical Report, University of Illinois at Urbana-Champaign. 2001.
Full Text:PDF (137KB)
SOFTWARE AND DOCUMENTS
The toolpath generation and optimization software use C/C++ and OpenGL. The software package with source code is no longer available now.
The document is available to download:
Hongcheng Wang, OptiPath - A Toolpath Optimization Software: A Reference Manual, University of Illinois at Urbana-Champaign, Apr. 2002.
Updated: Sep. 19, 2003