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In variant design of mass customization, sometimes it’s necessary to modify some dimensions of product modules. This paper introduces a methodology for dimension parameter transfer related to variant design that based on constraint satisfaction priority of part and assembly connection. In order to research parameter transfer path and build the parameter transfer structure, parts and its variant parameters are classified. Parameter association relations between parts are analyzed based on assembly connection in product. Parameter constraint relations also presented for variant design. And, parameter transfer structure and model is put forward. Constraint forms between dimension parameter are listed and described, and then a reconstructed network structure for dimension constraints relations is built in which every edge has only one direction with purpose of making the network simple and easy to solve the constraints. Finally, using Pro-E as a 3D environment and VC++ as a development tool, all methods are applied to a shaft-hub link of speed reducer product, thus verifying the proposed method.

An Methodology for Dimension Parameter transfer to Support Variant Product