Multi-criteria decision for machining process plan evaluation using fuzzy logic modeling and feature based method
Abstract Machining is mostly used to transform raw material into a finished part before assembly to become benefit products and machinery. CAD/CAM is used to assist an engineer to create a part and tool part together with an NC code for a CNC machine. Process planning plays a key role in machining efficiency and optimization. This paper purposes a multi-criteria decision for machining process plan evaluation using fuzzy logic modeling and feature-based design representation with the condition of time, cost, tool life, precision, and surface. The results showed the alternative of the best machining process plan.
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Multi-criteria decision for machining process plan evaluation using fuzzy logic modeling and feature based method
Semantic Scholar · Engineering · 2020
Abstract
Abstract Machining is mostly used to transform raw material into a finished part before assembly to become benefit products and machinery. CAD/CAM is used to assist an engineer to create a part and tool part together with an NC code for a CNC machine. Process planning plays a key role in machining efficiency and optimization. This paper purposes a multi-criteria decision for machining process plan evaluation using fuzzy logic modeling and feature-based design representation with the condition of time, cost, tool life, precision, and surface. The results showed the alternative of the best machining process plan.