Manufacturing Process Selection For Circular Blade Using Analytical Hierarchy Process

Syafiq, Ramli (2013) Manufacturing Process Selection For Circular Blade Using Analytical Hierarchy Process. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

This project describes an approach, based on the analytical hierarchy process (AHP) that assists decision makers or manufacturing engineers determining the most appropriate manufacturing process that to be employed in manufacturing of circular blade in the early stage of the product development process. The manufacturing process selection problem has also been treated as a multi function of criteria decision making due to various factors affecting the selection process must be considered. One of the decision making tools that can be implemented to assist manufacturing engineers determining the most optimum manufacturing process is analytical hierarchy process (AHP). There are five types of manufacturing processes involving circular blade being considered namely stamping process, milling process, CNC stamping, CNC milling and CNC wirecut. Therefore, AHP was used to determine the best process for circular blade by considering various selection factors and sub factors. The results showed that the CNC wirecut was a first choice due to it has the highest volume (40.69%) and the last choice was CNC Stamping (CS) with a value of only 0.209336 (20.93%). These results were also verified by MindDecider software.

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