Research progress in finite element simulation of crack propagation in remanufacturing products

doi:10.16731/j.cnki.1671-3133.2017.01.029

Abstract

Abstract: Remanufacturing technology with high quality, high efficiency, energy saving, material saving and environmental protection, it is becoming a new direction for the future development of green manufacturing industry. To the remanufacturing products, the blank crack, coating layer crack and interface crack are the most common crack defects. These crack defects have a great influence in the quality of remanufacturing products. The propagation and coupling effect of these crack defects in remanufacturing products is still unclear.The rapid development of numerical technology provide an effective way to research these problems. Details the research progress in finite element simulation of crack propagation, and points out the difficulties of appling the numerical simulation technology to the crack propagation research in remanufacturing products. Furthermore, the development direction of this kind of research is pointed out.

Key words: remanufacture, crack, propagation behaviour, simulation, research status

CLC Number:

TG14

Xia Shiqi, Dong Lihong, Zhang Yanhua, Tao Bohao, Guo Wei. Research progress in finite element simulation of crack propagation in remanufacturing products[J]. Modern Manufacturing Engineering, 2017, 436(1): 145-150.

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