Výsledky vyhledávání - "D.P. Bim-Merle"

Thermal cracking in disc brakes

Autor: D.P. Bim-Merle, K.J. Ball, D. Lim, S.A. Wise, T.J. Nielson, M.C. Bingaman, P. Kung, H.A. Evans, A.K. Law, D.M. Bomleny, C. Penny, T.R. Webb, B.J. Robinson, B.R. Resor, B.C. Bedell, G.J. Chemlir, Thomas J. Mackin, Steven C. Noe, V.C. Polidoro, B.P. Kiple, Roland Gau, R.C. Merema, D. Schambach, J.L. Hart, D.B. Clayton, M.T. Olson, A. Raghu, T.M. O'Shea, H.A. Padilla, J.S. Karney, K.E. Wasielewski, E. Tom, R.P. Peterson, B.W. Penner, R.C. Kaluga, B.M. Walker, R.S. Yang, R.S. Zimmerman, T.R. Miller, R.R. Tschantz, B.M. Miller, B.D. Snyder

Publikováno v: Engineering Failure Analysis. 9:63-76

Disc brakes are exposed to large thermal stresses during routine braking and extraordinary thermal stresses during hard braking. High-g decelerations typical of passenger vehicles are known to generate temperatures as high as 900°C in a fraction of

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