Trevor C. Lindley
机构: Department of Materials, Imperial College london
每年引用次数
引用次数
引用: 7,383
H-指数: 48
I10-指数 : 85
出版物: 140
Applications of Fracture Mechanics in Fretting Fatigue Life Assessment
AE Giannakopoulos , TC Lindley , S Suresh
ASTM International
13
2000
Wear240 2000 247 www. elsevier. comrlocaterwear
A Agarwal , T Bacci , A Beehag , M Behnia
The influence of strontium and TiB 2 additions on the formation of porosity in aluminium castings and their effect on final fatigue properties
PD Lee , TC Lindley
Foundry Trade Journal 179 ( 3627) 216 -219
6
2005
Increasing the Life of Flare Tips
AB Fox , Yan Yan Huang , Dena Rafik , J Williamson
SPE International Oilfield Corrosion Conference and Exhibition SPE -SPE
2008
The mechanics and mechanisms of fatigue crack growth in metals
TC Lindley , CE Richards , RO Ritchie
The mechanics and physics of fracture 238 -252
11
1975
Prediction of fatigue performance in cast aluminum alloy components
TC Lindley , Peifeng Li , DM Maijer , PD Lee
Simulation of Aluminum Shape Casting Processing: From Alloy Design to Mechanical Properties 289 -297
1
2006
Engineering against fatigue
John Herbert Beynon , MW Brown , TC Lindley , RA Smith
Proceedings of an International Conference of the Importance of Understanding the Fundamentals of the Fatigue Process in Counteracting its Effects in Engineering Components and Structures, and to Reflect on the Contribution of KJ Miller 373 -380
10
1999
Ordering in α titanium alloys
Anna Radecka , VA Vorontsov , James Coakley , Khandaker Mezanur Rahman
Proceedings of the 13th World Conference on Titanium 971 -978
8
2016
The cohesive zone crack analogue for fretting fatigue based on mild wear
AE Giannakopoulos , Th Zisis , HG Georgiadis , TC Lindley
Engineering Fracture Mechanics 273 108723 -108723
2
2022
The cohesive zone crack analogue for incomplete contacts under mild wear conditions
AE Giannakopoulos , Th Zisis , HG Georgiadis , TC Lindley
Engineering Fracture Mechanics 292 109585 -109585
2023
F. MODELING AND EXPERIMENTAL STUDIES ON FRETTING FATIGUE
S Suresh , AE Giannakopoulos , TC Lindley , TA Venkatesh
HIGH-CYCLE FATIGUE AND TIME-DEPENDENT FAILURE IN METALLIC ALLOYS FOR PROPULSION SYSTEMS 30 -30
1999
Application of a fracture mechanics based life prediction method for contact fatigue
BP Conner , TC Lindley , T Nicholas , S Suresh
International Journal of Fatigue 26 ( 5) 511 -520
24
2004
Electron backscattering diffraction study of acicular ferrite, bainite, and martensite steel microstructures
Gourgues A.-F. , HM Flower , TC Lindley
Materials Science and Technology 16 ( 1) 26 -40
544
2000
The effect of frequency and temperature on the environmentally assisted fatigue crack gowth below Ksub (ISCC) in steels
JD Atkinson , TC Lindley
35
1977
Mechanics and mechanisms of fatigue crack growth
TC Lindley , LN McCartney
Developments in Fracture Mechanics 2 247 -322
29
1981
The effect of precipitate size on the cleavage fracture characteristics of an iron-carbon alloy
TC Lindley
J IRON STEEL INST 207 ( 7) 984 -987
25
1969
Metallurgical aspects of fatigue crack growth
TC Lindley , KJ Nix
Pergamon Press Ltd, 53 -74
16
1986
Near threshold fatigue crack growth- Experimental methods, mechanisms and applications
TC Lindley
Subcritical crack growth due to fatigue, stress corrosion and creep(A 85-23708 09-39). London and New York, Elsevier Applied Science Publishers, 1984, 167 -213
15
1984
Near threshold fatigue crack growth in materials used in the electricity supply industry
TC Lindley , CE Richards
Int. Symposium on Fatigue Thresholds, 3 45 -45
13
1981
Application of acoustic emission to crack detection and measurement
TC Lindley , P McIntyre
The Measurement of Crack Length and Shape During Fracture and Fatigue[Proc. Conf.], Birmingham, England, May 1979, 285 -344
13
1980