Collaborative design is recommended to solve multiphysics problems (MPPS). Firstly, mathematical model of MPPS is constructed and solved by a proposed partitioned method, analysis of which suggests that collaborativ...Collaborative design is recommended to solve multiphysics problems (MPPS). Firstly, mathematical model of MPPS is constructed and solved by a proposed partitioned method, analysis of which suggests that collaborative design be feasible to solve MPPS. As the key technology of col-laborative design of MPPS, a task collaboration algorithm is then proposed. To develop the applica-tion framework of collaborative design, applied unified process(AUP) is proposed based on rational unified process(RUP). Then AUP is used to develop the collaborative design platform, whose function framework is constructed according to the process of project management. Finally three MPPS are solved on this platform and the results suggest that the proposed model, algorithm and framework be feasible.展开更多
简要分析了产品冲突问题的约束理论(theory of constraints,TOC)思维流程,介绍了发明问题解决理论(theory of inventive problem solving,TRIZ)创新设计过程.描述了TOC中5个逻辑图表及其相互之间的关系.提出一种将TRIZ与TOC相结合的产...简要分析了产品冲突问题的约束理论(theory of constraints,TOC)思维流程,介绍了发明问题解决理论(theory of inventive problem solving,TRIZ)创新设计过程.描述了TOC中5个逻辑图表及其相互之间的关系.提出一种将TRIZ与TOC相结合的产品冲突问题解决过程构造模型的设计方法,利用所构造的产品当前实现树、逻辑图表和TRIZ的矛盾冲突解决矩阵来解决产品冲突问题.实例证明TRIZ与TOC相结合的方法用于驱动产品创新设计是切实可行的.展开更多
文摘Collaborative design is recommended to solve multiphysics problems (MPPS). Firstly, mathematical model of MPPS is constructed and solved by a proposed partitioned method, analysis of which suggests that collaborative design be feasible to solve MPPS. As the key technology of col-laborative design of MPPS, a task collaboration algorithm is then proposed. To develop the applica-tion framework of collaborative design, applied unified process(AUP) is proposed based on rational unified process(RUP). Then AUP is used to develop the collaborative design platform, whose function framework is constructed according to the process of project management. Finally three MPPS are solved on this platform and the results suggest that the proposed model, algorithm and framework be feasible.
文摘简要分析了产品冲突问题的约束理论(theory of constraints,TOC)思维流程,介绍了发明问题解决理论(theory of inventive problem solving,TRIZ)创新设计过程.描述了TOC中5个逻辑图表及其相互之间的关系.提出一种将TRIZ与TOC相结合的产品冲突问题解决过程构造模型的设计方法,利用所构造的产品当前实现树、逻辑图表和TRIZ的矛盾冲突解决矩阵来解决产品冲突问题.实例证明TRIZ与TOC相结合的方法用于驱动产品创新设计是切实可行的.