Computer-Aided Manufacturing Planning (CAMP)of Mass Customization for Non-rotational Part Production

Publication Year:
2003

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Repository URL:
https://digitalcommons.wpi.edu/etd-dissertations/423
Author(s):
Yao, Suqin
Publisher(s):
Worcester Polytechnic Institute
Tags:
Computer aided manufacturing planning; Object-oriented systems analysis(OSA); Feature; manufacturing resource capability; setup planning; multi-part fixture; CAD/CAM systems; Manufacturing processes; Automation; Spare parts; Design and construction; Object-oriented methods (Computer science)
artifact description
"This research is aimed at studying the key technologies of Computer-Aided Manufacturing Planning (CAMP) of mass customization for non-rotational part production. The main goal of the CAMP is to rapidly generate manufacturing plans by using of the best-of-practice (BOP) provided by specific companies. A systematic information modeling hierarchy is proposed to facilitate changes in manufacturing plans according to changes in part design. The Object-oriented Systems Analysis (OSA) approach is used to represent information relationships and associativities in the CAMP. A feature-based part information model, a process model, a setup planning model, and manufacturing resource capability models are established. A three-level decision-making mechanism is proposed for the CAMP. At the feature- level, combined features are defined based on part families, and a process model is proposed to describe the information associativities between features and their manufacturing strategies, which include customized cutters and toolpaths. At the part level, graph-based setup planning is carried out by tolerance analysis and manufacturing resource capability analysis. At the machine level, multi-part fixtures are utilized to pursue high productivity. Cycle time is used to evaluate manufacturing plans. Computer software for the CAMP has been developed and integrated with CAD package Unigraphs. The BOP of part families is stored in XML format, which has good extendibility and can be read and edited by standard browsers."