An Investigation into the Mechanism of a Crankshaft Failure


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Key Engineering Materials (Volumes 245-246)

Edited by:

J.M. Dulieu-Barton, M.J. Brennan, K.M. Holford and K. Worden




F.S. Silva, "An Investigation into the Mechanism of a Crankshaft Failure", Key Engineering Materials, Vols. 245-246, pp. 351-358, 2003

Online since:

July 2003





[1] Berndt, F.; Bennekom, A. van: Engineering Failure Analysis, 8, (2001) p.135.

[2] Carley, Larry, Crankshaft Bearings, Larry Carley copyright 2000 Carleysoftware. com, (2000).

[3] Vogwell, J.: Engineering Failure Analysis, 5, Nº 4, (1998), p.271.

[4] Shih, Yan-Shin; Chen, Jien-Jong: International Journal of Fatigue, 19, Nº6, (1997), p.477.

[5] Silva, F.S. Analysis of a Vehicle Crankshaft Failure, accepted for publication on Engng. Failure Analysis (2003).

[6] Kile, Bob: Heavy Duty Details, Automotive Rebuider, Dec. (2000).

[7] Tapp, J.: Crankshaft Grinding Wheels, Automotive Rebuilder, June (1999).

[8] Howes, Trevor: Avoiding Thermal Damage in Grinding, Abrasive Engineering Society, (1991).

[9] Escobar, J.A.: Stress and Fatigue Analysis of SVI-Tested Camshaft Lobes, MSc Thesis, Virginia Pol. Inst., November (1996).

[10] Pape, John A.: Freeting Fatigue Damage Accumulation and Crack Nucleation in High Strength Steels, PhD Thesis, November (2001).

[11] Schollhorn, K; Ebi, G.; Steigleder, K,: Fretting Fatigue Cracking of a 936 Turbo-Generator Rotor - Failure Analysis and Refurbishment, ABB Power Generation and Sensoplan GmbH report, (1993).

[12] Wotjas, A.S., Suominen, L., Shaw, B.A., Evans, J.T.: Detection of Thermal Damage in Steel Components After Grinding Using the Magnetic Barkhausen Noise Method, Journal of Nondestructiv Testing , Vol. 3, Nº9, September, (1998).