Research and Development of Growth Design System for Mechanical Products

By applying genetic engineering methodology into the incremental product growth design, a generic structural design approach is put forward, as well as an intelligent evolution strategy of the product units growth, which is based on the multilevel Decomposition and Reconstruction of product gene. To guarantee a successful transformation from functional requirement to geometry constraints between parts in the incremental growth design of mechanical product, the integrated design method incorporates the design requirements and assembly perspective into product genetic information. The mathematical model of state transition during incremental design process are given at first, based on which product can grow step by step from functional requirement to the final geometrical product structure automatically. And then, to quantify the measurement of assembly efficiency, a mathematical model as well as a technology to quantify assembly constraints was developed by application of some fuzzy logic algorithms. Finally, examples have been proved that the approach is promising.

作 者： YANG Bo ZE Xiangbo YANG Tao CUI Weihua LIU Luning   作者單位： YANG Bo,ZE Xiangbo,CUI Weihua,LIU Luning(College of Mechanical Engineering,Jinan University,Jinan 250022,China)

YANG Tao(Singapore Technologies Dynamics Pte Ltd,Singapore) 

刊 名： 武漢理工大學(xué)學(xué)報(bào)  ISTIC PKU 英文刊名： JOURNAL OF WUHAN UNIVERSITY OF TECHNOLOGY  年，卷(期)： 2006 28(z2)  分類(lèi)號(hào)：   關(guān)鍵詞： growth design   automatic design   functional decomposition   assemblability  

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