代表性论文 及著作 | [1]Qin Dong,
Ping Yang, Geng Xu. Low cycle fatigue crack growth analysis by
CTOD under variable amplitude loading for AH32 steel. Marine
Structures, 2019,63:257-268. (SCI期刊，IF3.58) [2]Qin Dong,
Ping Yang, Geng Xu. Low cycle fatigue and Ratcheting failure
behavior of AH32 steel under uniaxial cyclic loading.
International Journal of Naval Architecture and Ocean Engineering,
2019,11:671-678. (SCI期刊，IF1.465) [3]Qin Dong,
Ping Yang, Geng Xu, Junlin Deng. Mechanisms and modeling of low
cycle fatigue crack propagation in a pressure vessel steel Q345.
International Journal of Fatigue,2016,89:2-10. (SCI期刊，IF3.132) [4]Dong Qin,
Yang Ping, Xu Geng, Jiang Wei. Experimental study on interaction
of low cycle fatigue and accumulative plastic strain of AH32 steel
in uniaxial cyclic loading[J]. Journal of Ship
Mechanics,2018,22(6):771-782. (EI期刊) [5]董琴，杨平，余志锋.循环载荷下考虑累积塑性破坏的船体缺口板CTOD理论及数值模拟研究[J].船舶力学,2018,22(7):865-872.
(EI期刊) [6]Qin Dong,
Ping Yang, Junlin Deng, Dan Wang. Research on crack propagation
life for ship stiffened based on maximum crack opening
displacement[J]. Journal of Information and Computational
Science,2015,12(16):5873-5880.(EI期刊) [7]Dong
Qin,
Yang Ping, Deng Junlin, Wang Dan. Research on low cycle fatigue
crack propagation life for ship plate based on accumulative
plastic damage[J]. Journal of Ship Mechanics, 2015,19(6):690-699.(
EI期刊) [8]Dong
Qin,
Yang Ping, Deng Junlin, Wang Dan. The theoretical and numerical
research on CTOD for ship plate under cyclic loading considering
accumulative plastic strain[J]. Journal of Ship
Mechanics,2015,19(12):1507-1516.( EI期刊) |
