Fretting fatigue: A review and future perspectives

Proceedings of the Institute of Marine Engineering, Science and Technology Part B: Journal of Marine Design and Operations

Volumn , Issue 7 B, 2004, Pages 11-29

  Miller, K J ^a  

^a UNIVERSITY OF SHEFFIELD   (United Kingdom)

Author keywords

[No Author keywords available]

Indexed keywords

CRACK INITIATION; FAILURE ANALYSIS; FRACTURE MECHANICS; FRETTING CORROSION; LOADING; LOADS (FORCES); MICROSTRUCTURE; PRESSURIZED WATER REACTORS; STRESSES; WEAR OF MATERIALS;

FATIGUE THRESHOLD (FTH); FRETTING FATIGUE (FF); FRETTING WEAR; MICROSTRUCTURAL FRACTURE MECHANICS (MFM);

FATIGUE OF MATERIALS;

EID: 12744276114     PISSN: 14761556     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (60)

1. Endo K, (1981). Practical observations of initiation and propagation of fretting fatigue cracks. In, Fretting Fatigue, Ed: RB Waterhouse, Applied Science Publishers Ltd., London, pp 127-141.
2. Miller KJ, (1987). The behaviour of short fatigue cracks and their initiation, Part II - A general summary. Fatigue Fract Engng Mater Struct, Vol 10(2), pp 93-113.
3. Iida K, (1993). Fatigue failure of steam generator tube in PWR plant. Intl Inst of Welding Conf (Commission XIII), Glasgow, UK, 17 pp.
4. Ruiz C, and Chen KC, (1986). Life assessment of dovetail joints between blades and discs in aero engines. In, Fatigue of Engineering Materials and Structures, Proc Instn Mech Engs, London, Vol 1, pp 187-193.
5. Fernando US, Brown MW, Miller KJ, Cook R, and Rayaprolu D, (1994). Fretting fatigue behaviour of BS L65 aluminium-copper alloy under variable normal load. In Fretting Fatigue. ESIS 18, Eds: RB Waterhouse and TC Lindley, Mech Engng Publications London, pp 197-209.
6. Fernando US, Brown MW, Miller KJ, Waterhouse RB, Cook R, and Rayaprolu D, (1993). An investigation into the fretting fatigue fracture of BS L65 4% copper aluminium alloy under static and variable normal loading. Final Report to RAE Farnborough, and the Science and Engineering Research Council (Grant 93764) UK, 131 pp.
7. Hoeppner DW, and Gates FL, (1981). Fretting fatigue considerations in engineering design. Wear, 70, pp 155-164.
8. Vincent L, Berthier Y, and Godet M, (1992). Testing materials in fretting fatigue: a critical appraisal. ASTM STP 1159. Eds: MH Attia and RB Waterhouse. American Soc. Testing and Materials, Philadelphia, pp 33-48.
9. Vingsbo O, and Söderberg D, (1988). On Fretting Maps. Wear, 126, pp 131-147.
10. Endo K, and Goto H, (1976). Initiation and propagation of fretting fatigue cracks. Wear, 38, pp 311-324.
11. Waterhouse RB, (1975). Fretting Corrosion. Pergamon Press, Oxford, UK. 253 pp.
12. Waterhouse RB, (1981). Fretting fatigue in aqueous electrolytes. In Fretting Fatigue, Ed: RB Waterhouse, Applied Science Publishers Ltd., London, pp 159-175.
13. Dmytrakh IM, Akid R, and Miller KJ, (1997). Electrochemistry of deformed smooth surfaces and short corrosion fatigue crack growth behaviour. Brit Corr Journal, Vol 32(2), pp 138-144.
14. Miller KJ, (1997). The three thresholds for fatigue crack propagation. ASTM STP 1296, Eds: RS Piascik, JC Newman and NE Dowling, American Soc. Testing and Materials, pp 267-286.
15. Waterhouse RB, (1992). Fretting Fatigue, Intl Materials Rev, 37 (2), pp 77-97.
16. Miller KJ and Akid R, (1996). The application of microstructural fracture mechanics to various metal surface states. Proc Royal Soc, London, A452, pp 1411-1432.
17. Waterhouse RB, (1961). Influence of local temperature increases on the fretting corrosion of mild steel. J Iron and Steel Inst, 197, pp 301-305.
18. Miller KJ, (1991). Metal fatigue - past, current and future. The 27th John Player Lecture. Proc. Instn. Mech Eng, London, 205(C5), pp 291-304.
19. Fenner AJ, and Field JE, (1960). A study of the onset of fatigue damage due to fretting. Trans NE Coast Instn of Engineers and Shipbuilders, UK, 76, pp 183-228.
20. Miller KJ, (1993). Materials science perspective of metal fatigue resistance. Materials Science and Technology, Vol 9, pp 453-462.
21. Sato K, Fujii H, and Kodama S, (1986). Effects of stress ratio fretting fatigue cycles on the accumulation of fretting fatigue damage to carbon steel S45C. Bull Jpn Soc Mech Eng, 29, pp 2759-2764.
22. Miyagawa H, Takeuchi M, and Waterhouse R B, (1989), Propagation of fatigue cracks in high-strength steel roping wire in oil and the influence of fretting. Proc Fifth Intl Congress on Tribology, Eurotrib 89, 12-15 June, Helsinki, Finnish Soc. for Tribology, 5, pp 267-271.
23. Hattori T, Nakamura M, and Watanabe T, (2000). A new approach to the prediction of the fretting fatigue life that considers the shifting of the contact edge by wear. ASTM STP 1367, Eds: DW Hoeppner, V Chandrasekaran and CB Elliot, American Soc. Testing and Materials, pp 19-30.
24. Lindley TC, and Nix KJ, (1992). Fretting fatigue in the power generation industry: experiments, analysis and integrity assessment. ASTM STP 1159, Eds: MH Attia and RB Waterhouse. American Soc for Testing and Materials, Philadelphia, pp 153-169.
25. Rayaprolu D, and Cook R, (1992). A critical review of fretting fatigue investigations at the Royal Aerospace Establishment, ibid, pp 129-152.
26. Waterhouse RB, (1981). Fretting Fatigue, Ed: RB Waterhouse. Applied Science Publishers, London, pp 1-21.
27. Waterhouse RB, (1981). ibid, pp 159-175.
28. Taylor DE, (1981). Fretting fatigue in high temperature oxidising gases, ibid, pp 177-202.
29. Waterhouse RB, (1981). Theories of fretting processes, ibid, pp 203-219.
30. Attia MH, (2000). Fretting fatigue of some nickelbased alloys in steam environment at 265°C. ASTM STP 1367, Eds: DW Hoeppner, V Chandrasekaran and CB Elliot. American Soc. for Testing and Materials, West Conshohocken, PA, pp 231-246.
31. Satoh T, (2000). Influence of microstructure on fretting fatigue behaviour of a near-alpha titanium alloy, ibid, pp 295-307.
32. Nisida T, Mutoh Y, Yoshii K, and Ebihara O, (2000). Fretting fatigue strengths of forged and cast Al-Si aluminium alloys, ibid, pp 322-333.
33. Okane M, Shiozawa K, and Ishikura T, (2000). Fretting fatigue behaviour of TiN-coated steel, ibid, pp 465-476.
34. Kubota M, Tsutsui K, Makino T, and Hirakawa K, (2000). The effect of the contact conditions and surface treatments on the fretting fatigue strength of medium carbon steel. ibid, pp 477-490.
35. Nakazawa K, Maruyama N, and Hanawa T, (2003). Effect of contact pressure on fretting fatigue in type 316L stainless steel. ASTM STP 1425, Eds: Y Mutoh, SE Kinyon and DW Hoeppner. ASTM International, West Conshohocken, PA, pp 169-182.
36. Ochi Y, Kido Y, Akiyama T, and Matsumura T, (2003). Effect of contact pad geometry on fretting fatigue behaviour of high strength steel, ibid, pp 220-232.
37. Okane M, Shiozawa K, Hiki M, and Suzuki K, (2003). Fretting fatigue properties of WC-Co thermal sprayed NiCrMo steel, ibid, pp 385-399.
38. Lindley TC, and Nix KJ, (1994). An appraisal of the factors which influence the initiation of cracking by fretting fatigue in power plant. In, Fretting Fatigue, ESIS Publication 18, Eds: RB Waterhouse and TC Lindley, Mechanical Engineering Publications, London, pp 239-256.
39. Bignonnet A, (1994). Some observations of the effect of shot peening on fretting fatigue, ibid, pp 475-482.
40. Petiot C, Foulquier J, Journet B, and Vincent L, (1994). Fretting fatigue behaviour of a chromium, vanadium, molybdenum steel, ibid, pp 497-512.
41. Mindlin RD, (1949). Compliance of elastic bodies in contact. Trans ASME Series E, J. Applied Mechanics, 16, pp 259-268.
42. Johnson KL, (1955). Surface interaction between elastically loaded bodies under tangential forces. Proc Roy. Soc.UK, A230, pp 531-548.
43. Nowell D, Hills DA, and Moobola R, (2000). Length scale considerations in fretting fatigue. ASTM STP 1367, Eds: DW Hoeppner, V Chandrasekaran and CB Elliot. American Soc for Testing and Materials, West Conshohocken, PA, pp 141-153.
44. Faanes S, and Fernando US, (1994). Influence of con-tact loading on fretting fatigue behaviour. Fatigue Fract Engng Mater Struct, Vol 17(8), pp 939-947.
45. El Haddad MH, Smith KN, and Topper TH, (1979). Fatigue crack propagation of short cracks. J Eng Mater Tech Trans ASME 101, pp 42-46.
46. Smith RA, and Miller KJ, (1977). Fatigue cracks at notches, Int J Mech Sci, Vol 19, pp 11-22.
47. Rooke DP, and Jones DA, (1981). Stress intensity factors in fretting fatigue. Journal Strain Analysis, 14(1), pp 1-6.
48. Sheikh MA, Fernando US, Brown MW, and Miller KJ, (1994). Elastic stress intensity factors for fretting cracks using the finite element method. In, Fretting Fatigue, Eds: RB Waterhouse and TC Lindley, ESIS Publication 18, Mechanical Engineering Publications, London, pp 83-101.
49. Edwards PR, and Cook R, (1978). Friction force measurements on fretted specimens under constant normal loading. Royal Aircraft Establishment, Farnborough, UK, Technical Report 78019.
50. Nakazawa K, Sumita M, and Maruyama N, (1992). Effect of contact pressure on fretting fatigue of high strength steel and titanium alloy. ASTM STP 1159. Eds: MH Attai and R B Waterhouse. American Soc Testing and Materials, Philadelphia, pp 115-125.
51. Zuyu Sun, de los Rios ER, and Miller KJ, (1991). Modelling small fatigue cracks interacting with grain boundaries. Fatigue Fract Engng Mater Struct. 14 (2/3), pp 277-291.
52. Miller KJ, (1984). Initiation and growth rates of short fatigue cracks. In, Fundamentals of Deformation and Fracture. IUTAM, Eshelby Memorial Symposium, Sheffield, Cambridge University Press.UK, pp 477-500.
53. Brown MW, (1986). Interfaces between short, long and non-propagating cracks. In, The Behaviour of Short Fatigue Cracks, EGF Publication 1, Eds: KJ Miller and ER de los Rios, Mechanical Engineering Publications, London, pp 423-439.
54. Navarro A, and de los Rios ER, (1988). Short and long fatigue crack growth, a unified model. Phil Mag 57, pp 15-36.
55. Miller KJ, Brown MW, and Yates JR, (1999). Some observations on mixed-mode fatigue behaviour of polycrystalline metals. In Mixed-Mode Crack Behaviour, ASTM STP 1359. Eds: KJ Miller and DL McDowell, American Soc Testing and Materials, West Conshohocken, PA, pp 229-257.
56. Nix KJ, and Lindley TC, (1985). The application of fracture mechanics to fretting fatigue. Fatigue Fract Engng Mater Struct, Vol 8(2), pp 143-160.
57. Gao H, Alagok N, Brown MW, and Miller KJ, (1985). Growth of fatigue cracks under combined Mode I and Mode II loads. In, Multiaxial Fatigue ASTM STP 853, Eds: KJ Miller and MW Brown, American Soc Testing and Materials, Philadelphia, pp 184-202.
58. Fernando US, Brown MW and Miller KJ, (to be published). A Mode I/Mode II LEFM interpretation of fretting fatigue crack growth behaviour.
59. Chivers TC, and Gordelier SC, (1984). Fretting fatigue and contact conditions: a rational explanation of palliative behaviour. Proceedings Instn. Mech Engs 1984-85 Vols 198-199C pp 325-337.
60. Beard J, (1988). The avoidance of fretting. Mater Des Vol 9(4), July/August, Pergamon Press, pp 220-227.