The overall aim of the authors’ work is to create a computer aid to support the macroplanning of five-axis parts, and in this context this paper presents the methodology developed to enable the determination of set-up orientations on five-axis machine-tools. The process starts with an access model that encompasses all the machining directions encountered in five-axis operations. Then an enhanced visibility-based modeling and algorithm are proposed in order to solve accessibility constraints while planning the setups for double-sided parts. The proposed algorithm is illustrated on an industrial aircraft structural part. To conclude, options to integrate the proposed method in a computer assisted process planning system are discussed.
Towards a Five-Axis Machining CAPP System: A Set-Up Planning Tool Solving Accessibility Constraints
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Capponi, V., and Villeneuve, F. (October 29, 2009). "Towards a Five-Axis Machining CAPP System: A Set-Up Planning Tool Solving Accessibility Constraints." ASME. J. Comput. Inf. Sci. Eng. December 2009; 9(4): 041003. https://doi.org/10.1115/1.3243632
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