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  HomeContents of Chinese Journal of Mechanical Engineering 2005 No.6FUNCTIONAL STRUCTURE DESIGN MODEL BASED ON THE SYMBIOTIC EVOLUTIONARY THEORY
FUNCTIONAL STRUCTURE DESIGN MODEL BASED

ON THE SYMBIOTIC EVOLUTIONARY THEORY

 

Chen Yong  Feng Peien  Pan Shuangxia  He Bin  Zhang Shuai

(State Key Laboratory of CAD&CG, Zhejiang University, Hangzhou 310027)

 

Abstract: Referring to the symbiotic theory of organisms, functional relations are systematically classified at a cognitive level as to supply necessary action conditions, to remove harmful side effects and to prevent or smooth away adverse impacts from environment. These relations are employed to guide designers to further develop the total functional structure of a desired product for creative design after the feasible principle solution to its purpose function is retrieved from the knowledge base. Then a symbiotic theory based process model for computer aided conceptual design is proposed, comprising the sub-processes of both functional structure design and principle conceptual design. According to the action conditions, side effects and environmental impacts of the retrieved principle solution candidate, this design model can dynamically and flexibly yield a total functional structure feasible for the desired product. An illustrative design case demonstrates that the proposed model is prone to successful development of creative products and consistent with the design cognitive model.

Key words: Functional structure design  Creative design  Conceptual design  Design cognition  Symbiotic theory  Evolutionary design

CLC No: TH122

国家自然科学基金资助项目(50335040, 50175100). Received 20040624, received in revised form 20041122

 
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