The Evaluating Method for Module Partition Schemes of Complex Product Systems

Xiao Yan Teng; Fan Kai Kong; Jia Tai Zhang

doi:10.4028/www.scientific.net/KEM.486.37

Paper Titles

Development of a Life Test Platform for Bearings Lubricated by Solid Lubricant under the Vacuum and Temperature Cycling Environment
p.21

Travelling and Steering Path Adjustment of Blueberry Harvesters
p.25

Design and Implementation of BLDCM Driver Based on SOPC
p.29

Structural Research of a New Firing Mechanism for Pneumatic Cannon
p.33

The Evaluating Method for Module Partition Schemes of Complex Product Systems
p.37

Mathematic Model Research on Panel Layout
p.41

Numerical Computation of Dynamic Character Coefficient of Journal Bearing
p.45

Study of the Dynamics Coupling of Three-Axis Motion Simulator
p.49

Research on Dimensional Variable Groove Cutting Machine of CNC H-Beam Wedge Head
p.53

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The Evaluating Method for Module Partition Schemes of Complex Product Systems

Abstract:

Module partition of Complex product system (CoPS) usually produces a number of schemes, and how to choose the best one amongst the themes is very important. In this research, according to the features of CoPS, the multi-level evaluation indexes are built based on the DFX (design for X) method, which can evaluate the scheme comprehensively. The weight of indexes are obtained with the method of analytical network process. Then, the multi-level grey fuzzy comprehensive evaluation method is proposed to make the well-chosen decision based on the DFX multi-objective evaluation model. The evaluation method are illustrated using the partition schemes of the experiment platform of a bevel gearbox.