Abstract
In the conventional end-milling research, fixturing and machining plans in operation planning are generated separately, although those generations are mutually dependent. Advanced machining operations are directed to complicated and/or thin shape workpiece precision machining. This trend requires to consider the interdependency between machining and fixturing. This interdependency is dealt with in the newly developed coordination cycle where physical consistency and evaluation coherence are managed. This research paper presents a basic framework and procedure of the problem solving for coordinative generation of machining and fixturing plans. This paper also describes an example to demonstrate the effectiveness of the method.
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