Design Analysis Method for Multidisciplinary Complex Product using SysML

Abstract

Abstract. In the design of multidisciplinary complex products, model-based systems engineering methods are widely used. However, the methodologies only contain only modeling order and simple analysis steps, and lack integrated design analysis methods supporting the whole process. In order to solve the problem, a conceptual design analysis method with integrating modern design methods has been proposed. First, based on the requirement analysis of the quantization matrix, the user's needs are quantitatively evaluated and translated to system requirements. Then, by the function decomposition of the function knowledge base, the total function is semi-automatically decomposed into the predefined atomic function. The function is matched into predefined structure through the behaviour layer using function-structure mapping based on the interface matching. Finally based on design structure matrix (DSM), the structure reorganization is completed. The process of analysis is implemented with SysML, and illustrated through an aircraft air conditioning system for the system validation.

A Novel Collaboration-Oriented Requirement Model Mapping and Classification Method Based on Domain Knowledge for Complex Mechatronic Products

“…Due to the poor consistency and low communication efficiency of unstructured information in documents, model-based systems engineering (MBSE) has emerged as the times require. Systems Modeling Language (SysML) was widely used by systems engineers [3] and some scholars studied product modeling based on SysML [4][5][6]. Xu Zihe [7] defined itemized requirement information in Word document and realized the transformation between itemized requirement and SysML requirement diagram.…”