The effect of frequency of vibration and humidity on the coefficient of friction

Tribology International

Volumn 39, Issue 9, 2006, Pages 958-962

  Chowdhury, Mohammad Asaduzzaman ^a   Helali, Md Maksud ^b  

^a DHAKA UNIVERSITY OF ENGINEERING AND TECHNOLOGY   (Bangladesh)

^b BANGLADESH UNIVERSITY OF ENGINEERING AND TECHNOLOGY   (Bangladesh)

Author keywords

Frequency of vibration; Friction coefficient; Relative humidity

Indexed keywords

ATMOSPHERIC HUMIDITY; CARBON STEEL; DYNAMIC LOADS; FRICTION; NATURAL FREQUENCIES; SPEED CONTROL; SURFACE PROPERTIES;

FREQUENCY OF VIBRATION; FRICTION COEFFICIENT; MILD STEEL DISC; VIBRATION CONDITION;

VIBRATION CONTROL;

EID: 33746275454     PISSN: 0301679X     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.triboint.2005.10.002     Document Type: Article

References (19)

1. Archard J.F. Wear theory and mechanisms. In: Peterson M.B., and Winer W.O. (Eds). Wear control handbook (1980), ASME, New York 35-80
2. Tabor D. Friction and wear-developments over the last 50 years. Keynote address, Proceedings of the international conference on tribology-friction, lubrication and wear, 50 years on, London. Inst Mech Eng (1987) 157-172
3. Berger EJ, Krousgrill CM, Sadeghi F. Stability of sliding in a system excited by a rough moving surface, vol. 119. New York: ASME; 1997. p. 672-80.
4. Bhushan B. Principle and applications of tribology (1999), Wiley, New York pp.344-430 [Chapter 6]
5. Godfrey D. Vibration reduces metal to metal contact and causes an apparent reduction in friction. ASME Trans 10 (1967) 183-192
6. Skare T., and Stahl J. Static and dynamic friction processes under the influence of external vibrations. Wear 154 (1992) 177-192
7. Lehtovaara A. Influence of vibration on the kinetic friction between plastics and ice. Wear 115 (1987) 131-138
8. Tolstoi D.M., Borisova G.A., and Grigorova S.R. Friction reduction by perpendicular oscillations. Sov Phys-Dokl 17 (1973) 907-909
9. Wertheim O, Bucher I. On the influence of controlled vibration on friction. Research Supported by the ISARELI Academy for Science, 2000 (Grant. No. 030072).
10. Lenkiewicz W. The sliding process-effect of external vibrations. Wear 13 (1969) 99-108
11. Aronov V., D'souza A.F., Kalpakjian S., and Shareef I. Interactions among friction, wear, and system stiffness-Part 1: effect of normal load and system stiffness. ASME J Tribol 106 (1984) 54-58
12. Aronov V., D'souza A.F., Kalpakjian S., and Shareef I. Interactions among friction, wear, and system stiffness-Part 2: Vibrations induced by dry friction. ASME J Tribol 106 (1984) 59-64
13. Aronov V., D'souza A.F., Kalpakjian S., and Shareef I. Interactions among friction, wear, and system stiffness-Part 3: Wear model. ASME J Tribol 106 (1984) 65-69
14. Hess D.H., and Soom A. Normal vibrations and friction under harmonic loads: Part I-Hertzian contacts. J Tribol 113 (1991) 80-86
15. Bryant M.D., and LIN J.W. Photoelastic visualization of contact phenomena between real tribological surfaces, with and without sliding. J Wear 170 (1993) 267-279
16. Lin J.W., and Bryant M.D. ASME journal of tribology, reductions in wear rate of carbon samples sliding against wavy copper surfaces. ASME J Tribol 118 (1996) 116-124
17. Imada Y., and Nakajima K. Effect of humidity on the friction and wear properties of Sn. J Tribol 117 (1995) 737-744
18. Komvopoulos K., and Li H. The effect of tribofilm formation and humidity on the friction and wear properties of ceramic materials. J Tribol 114 (1992) 131-140
19. Imada Y. Effect of humidity and oxide products on the friction and wear properties of mild steel. J Jpn Soc Tribol 114 (1996) 131-140