首页|期刊导航|铁道工程科学（英文）|Gaps,challenges and possible solution for prediction of wheel-rail rolling contact fatigue crack initiation
铁道工程科学（英文）2023，Vol.31Issue(3)：207-232,26.DOI:10.1007/s40534-023-00302-8
Gaps,challenges and possible solution for prediction of wheel-rail rolling contact fatigue crack initiation
Gaps,challenges and possible solution for prediction of wheel-rail rolling contact fatigue crack initiation
摘要
关键词
RCF/Crack initiation prediction/Shakedown map/Criteria/Wheel-rail contactKey words
RCF/Crack initiation prediction/Shakedown map/Criteria/Wheel-rail contact引用本文复制引用
Shuyue Zhang,Qiyue Liu,Maksym Spiryagin,Qing Wu,Haohao Ding,Zefeng Wen,Wenjian Wang..Gaps,challenges and possible solution for prediction of wheel-rail rolling contact fatigue crack initiation[J].铁道工程科学（英文）,2023,31(3):207-232,26.基金项目
The work was supported by National Natural Sci-ence Foundation of China(Nos.52202510,U21A20167,52272443 and 51975489)and Autonomous Research Project of State Key Labo-ratory(Nos.2020TPL-T10 and 2022TPL-T04).For a scholarship to S.Y.Zhang,under the State Scholarship Fund of the China Scholar-ship Council(CSC)(No.202007000128),to pursue study in the Cen-tral Queensland University as a cotutelle PhD Student.Dr.Qing Wu is the recipient of an Australian Research Council Discovery Early Career Award(Project Number DE210100273)funded by the Aus-tralian Government.The editing contribution of Mr.Tim McSweeney(Adjunct Research Fellow,Centre for Railway Engineering)is grate-fully acknowledged. （Nos.52202510,U21A20167,52272443 and 51975489）
