Journal of failure analysis and prevention文章索引

期刊名：Journal of failure analysis and prevention

缩写：

ISSN：1547-7029

e-ISSN：1864-1245

IF/分区：1.8/Q2

共收录本刊相关文章索引1226条

Product News [0.03%] 产品新闻

Journal of failure analysis and prevention. 2008;8(4):337-341. DOI:10.1007/s11668-008-9152-7 2008

Professional resources [0.03%] 专业资源

Journal of failure analysis and prevention. 2004;4(2):39-42. DOI:10.1361/15477020419073 2004

Nondestructive Assessment of Full Locked Coil (FLC) Ropes in Cage and Skip Winders [0.03%] 笼式和箕斗卷扬机中全锁式钢丝绳（FLC）的无损检测评估

Debasish Basak; Srimanta Pal; Dipak Chandra Patranabis Debasish Basak; Srimanta Pal; Dipak Chandra Patranabis

Journal of failure analysis and prevention. 2007;7(4):255-259. DOI:10.1007/s11668-007-9046-0 2007

Engineering forensics at Youngstown State University [0.03%] 扬斯敦州立大学的工程取证学

Robert A. McCoy Robert A. McCoy

Journal of failure analysis and prevention. 2005;5(6):13-17. DOI:10.1361/154770205x78699 2005

Making the shuttle safer [0.03%] 让航天飞机更安全

John Mangels John Mangels

Journal of failure analysis and prevention. 2006;6(1):5-10. DOI:10.1361/154770206x86455 2006

Mitigation of ammonia-induced SCC in a cupronickel alloy by additions of MgCl2 [0.03%] 通过添加MgCl2减轻铜镍合金中氨致应力腐蚀开裂的倾向

D. C. Agarwal; S. Sarin; A. M. Bapat; S. Seshadari; R. Vishwakarma D. C. Agarwal; S. Sarin; A. M. Bapat; S. Seshadari; R. Vishwakarma

Journal of failure analysis and prevention. 2005;5(6):64-69. DOI:10.1361/154770205x78770 2005

Under the microscope: Understanding, detecting, and preventing microbiologically influenced corrosion [0.03%] 在显微镜下：理解、检测与预防微生物引起的腐蚀

Richard A. Lane Richard A. Lane

Journal of failure analysis and prevention. 2005;5(5):10-12. DOI:10.1361/154770205x65891 2005

Failure of a braided stainless steel hose connector [0.03%] 编织不锈钢软管接头的失效

R. P. Allwin R. P. Allwin

Journal of failure analysis and prevention. 2005;5(3):22-24. DOI:10.1361/15477020523518 2005

Gas turbine disk-blade attachment crack [0.03%] 燃气轮机盘叶连接裂纹

David L. Davidson David L. Davidson

Journal of failure analysis and prevention. 2005;5(1):55-71. DOI:10.1361/15477020522104 2005

Fracture Mode Transition in a Mild Steel Due to Change in Loading Condition [0.03%] 由于加载条件变化引起的低碳钢断裂模式转变

N. Ejaz; I. N. Qureshi; I. Salam N. Ejaz; I. N. Qureshi; I. Salam

Journal of failure analysis and prevention. 2007;7(5):311-315. DOI:10.1007/s11668-007-9062-0 2007