摘要
Since the complex impeller structure and the difficult remanufacturing process may easily cause advance remanufacturing or excessive use,an optimized design method of impeller and service mapping model was presented for its proactive remanufacturing with setting up to explore the best remanufacturing time point in this work.Considering a certain model of long distance pipeline compressor impeller with the Basquin equation and the design method of impeller,the mathematical relationship between the changes of structure and life of the impeller was established.And the service mapping model between the structure and life was set up and simulated by ANSYS software.Thus,the service mapping model was applied to feedback the original design for proactive remanufacturing.In this work,the best proactive remanufacturing time point of impeller was analyzed with the service mapping model,and the structural parameter values could be optimized at this time point.Meanwhile,in the results of this simulation,it proves that the impeller under this optimization performance could satisfy the impeller operating demands.Therefore,comparing with the traditional optimization design method,the remanufacturing optimized design based on the service mapping model is feasible in proactive remanufacturing for sustainable development.
Since the complex impeller structure and the difficult remanufacturing process may easily cause advance remanufacturing or excessive use, an optimized design method of impeller and service mapping model was presented for its proactive remanufacturing with setting up to explore the best remanufacturing time point in this work. Considering a certain model of long distance pipeline compressor impeller with the Basquin equation and the design method of impeller, the mathematical relationship between the changes of structure and life of the impeller was established. And the service mapping model between the structure and life was set up and simulated by ANSYS software. Thus, the service mapping model was applied to feedback the original design for proactive remanufacturing. In this work, the best proactive remanufacturing time point of impeller was analyzed with the service mapping model, and the structural parameter values could be optimized at this time point. Meanwhile, in the results of this simulation, it proves that the impeller under this optimization performance could satisfy the impeller operating demands. Therefore, comparing with the traditional optimization design method, the remanufacturing optimized design based on the service mapping model is feasible in proactive remanufacturing for sustainable development.
基金
Project(2011CB013406)supported by National Basic Research Program of China
Projects(51305119,51375133)supported by National Natural Science Foundation of China
作者简介
Corresponding author： TAI Ying-ying, Postgraduate; Tel： ＋86-15856986048; E-mail： charlottetyy@163.com
