Fuzzy modeling to conceptual design of mechanisms based on axiomatic design

This paper aims to study new effective modeling and reasoning techniques, concept evaluation approaches in conceptual design of mechanisms. First, the axiomatic design (AD), set theory and fuzzy logic are introduced and their relationships are analyzed from the viewpoint of application in conceptual...

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Hauptverfasser:	Chi-Lan Cai, Yue-wei Bai, Ya-fei He, Zhi-ming Zhang
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	axiomatic design Computer aided instruction conceptual design Design engineering Explosions Fuzzy logic fuzzy modeling Helium Kinematics Matrix decomposition Process design Prototypes representation model Set theory
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creator	Chi-Lan Cai Yue-wei Bai Ya-fei He Zhi-ming Zhang
description	This paper aims to study new effective modeling and reasoning techniques, concept evaluation approaches in conceptual design of mechanisms. First, the axiomatic design (AD), set theory and fuzzy logic are introduced and their relationships are analyzed from the viewpoint of application in conceptual design of mechanisms. Second, the problem space and solution space are formalized based on set theory and AD, which can be regarded as the underlying representation of design knowledge. Then the automated mapping from functional domain to physical domain is proposed. Finally, fuzzy logic based problem formulation and evaluation to reflect the imprecise nature of objectives is presented. The modeling and reasoning technique, concept evaluation approach can improve the efficiency of conceptual design of mechanisms and give new insight to realization of automated conceptual design of mechanisms.
doi_str_mv	10.1109/NLPKE.2009.5313738
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subjects	axiomatic design Computer aided instruction conceptual design Design engineering Explosions Fuzzy logic fuzzy modeling Helium Kinematics Matrix decomposition Process design Prototypes representation model Set theory
title	Fuzzy modeling to conceptual design of mechanisms based on axiomatic design
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