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14. Begleg C., Virgin L. On the OGY control of the impact-friction oscillator.
J. Vib. Control, 2001, 7, 923–931.
15. Dai X. Zhang X, Jin X. The partial and full rubbing of a fly wheel rotor-
beaning-ston system. Int. J Mech Sci, 2001, 43, 505–519.
16. Brake M., Wickert I. Frictional vibration transmission from a laterraly moving
surface to a travelling beam, J Sound Vibr., 2008, 310, 663–675.
17. Tonazzi D., Oassi F., Culla A., Baillet L., Fregolent A., Berthor I. Mech. System
Sign. Process., 2013, 40, 754–766.
18. Ben Abdelounis H., Zabouani H., Le Bot A., Perret-Liqudet I., Tkaja M.B.
Numerical simulations of ftiction noise, Wear, 2011, 271, 621–624.
19. Bengisu M. T., Akay A. Stick-slip oscillations: dynamics of friction and surface
roughness. J. Acoust. Soc. Am., 1999, 105, 194–205.
20. Dang V., Perret-Liqudet I., Scheibert I., Le Bot A. Direct numerical simulation
of the dynamics of sliding rough surface. Compat. Mech., 2013, 52, 1169–1183.
21. Karpenko I. A., Akay A. A numerical of friction between rough surface.
Tribology Int., 2001, 34, 531–545.
22. Slavic I., Bryant M. D., Boltezar M. A new approach to roughness-induced
vibrations on a slider. J. Sound Vibr., 306, 732–750.
23. Berger E. Friction modeling for dynamic system simulation. Appl. Mech. Rev.,
2002, 55, 535–577.
24. Willner K. Surface models for contact laws, International Conference on
Computational Methods in Contact Mechanics (Contact Mechanics 2001),
pp. 3–30, Place, 2001.
25. Morgan F., Musiat M., Reed D.W. Friction phenomena and the stick-slip
process. Journal of Applied Physics, 1941, 12(10), 743–752.
26. Spurr R. T. A theory of break squeal. Proceeding of the Automotive Division
Institution of Mechanical Engineers, 1961, 33–52.
27. North M. Disc brake squeal . Proceeding of Institution of Mechanical Engineers,
1976, 76, 176–196.
14. Begleg C., Virgin L. On the OGY control of the impact-friction oscillator.
J. Vib. Control, 2001, 7, 923–931.
15. Dai X. Zhang X, Jin X. The partial and full rubbing of a fly wheel rotor-
beaning-ston system. Int. J Mech Sci, 2001, 43, 505–519.
16. Brake M., Wickert I. Frictional vibration transmission from a laterraly moving
surface to a travelling beam, J Sound Vibr., 2008, 310, 663–675.
17. Tonazzi D., Oassi F., Culla A., Baillet L., Fregolent A., Berthor I. Mech. System
Sign. Process., 2013, 40, 754–766.
18. Ben Abdelounis H., Zabouani H., Le Bot A., Perret-Liqudet I., Tkaja M.B.
Numerical simulations of ftiction noise, Wear, 2011, 271, 621–624.
19. Bengisu M. T., Akay A. Stick-slip oscillations: dynamics of friction and surface
roughness. J. Acoust. Soc. Am., 1999, 105, 194–205.
20. Dang V., Perret-Liqudet I., Scheibert I., Le Bot A. Direct numerical simulation
of the dynamics of sliding rough surface. Compat. Mech., 2013, 52, 1169–1183.
21. Karpenko I. A., Akay A. A numerical of friction between rough surface.
Tribology Int., 2001, 34, 531–545.
22. Slavic I., Bryant M. D., Boltezar M. A new approach to roughness-induced
vibrations on a slider. J. Sound Vibr., 306, 732–750.
23. Berger E. Friction modeling for dynamic system simulation. Appl. Mech. Rev.,
2002, 55, 535–577.
24. Willner K. Surface models for contact laws, International Conference on
Computational Methods in Contact Mechanics (Contact Mechanics 2001),
pp. 3–30, Place, 2001.
25. Morgan F., Musiat M., Reed D.W. Friction phenomena and the stick-slip
process. Journal of Applied Physics, 1941, 12(10), 743–752.
26. Spurr R. T. A theory of break squeal. Proceeding of the Automotive Division
Institution of Mechanical Engineers, 1961, 33–52.
27. North M. Disc brake squeal . Proceeding of Institution of Mechanical Engineers,
1976, 76, 176–196.
