TL;DRAbstract
Objective of the present study is the development of design methods for the control of products’ architecture in order to obtain modular designs. Towards this target, an integrated approach is proposed, investigating the design architecture from two aspects: the -functions to parts- mapping as well as the point of view related to parts’ interactions. \n \nFor the first aspect, an approach utilizing Axiomatic Design Theory is described in order to control the design architecture with regards to the -functions to parts- mapping. As far as the second aspect is concerned, two indexes are developed quantifying the design architecture in terms of the parts’ interactions perspective. Furthermore, an algorithm for clustering of product’s parts into clusters/modules is introduced. The algorithm utilizes Artificial Neural Networks (ANNs) and Design Structure Matrices (DSMs). \n \nThe aforementioned developments were incorporated into a CAD based software tool, having as objective
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Objective of the present study is the development of design methods for the control of products’ architecture in order to obtain modular designs. Towards this target, an integrated approach is proposed, investigating the design architecture from two aspects: the -functions to parts- mapping as well as the point of view related to parts’ interactions. \n \nFor the first aspect, an approach utilizing Axiomatic Design Theory is described in order to control the design architecture with regards to the -functions to parts- mapping. As far as the second aspect is concerned, two indexes are developed quantifying the design architecture in terms of the parts’ interactions perspective. Furthermore, an algorithm for clustering of product’s parts into clusters/modules is introduced. The algorithm utilizes Artificial Neural Networks (ANNs) and Design Structure Matrices (DSMs). \n \nThe aforementioned developments were incorporated into a CAD based software tool, having as objective
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