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Analysis and Design of Machine Elements
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                       References
                        1 Budynas, R.G. and Nisbett, J.K. (2011). Shigley’s Mechanical Engineering Design,9e.
                          USA: McGraw-Hill.
                        2 Juvinall, R.C. and Marshek, K.M. (2011). Fundamentals of Machine Component
                          Design, 5e. New York: Wiley.
                        3 Mott, R.L. (2003). Machine Elements in Mechanical Design, 4e. Prentice Hall.
                        4 Hindhede, U., Zimmerman, J.R., Hopkins, R.B. et al. (1983). Machine Design Funda-
                          mentals: A Practical Approach. New York: Wiley.
                        5 Pu, L.G. and Ji, M.G. (2006). Mechanical Design, 8e. Beijing: Higher Education Press.
                        6 Hibbeler, R.C. (2006). Engineering Mechanics-Statics, 11e. Prentice Hall.
                        7 Collins, J.A. (2002). Mechanical Design of Machine Elements and Machines: A Failure
                          Prevention Perspective, 1e. New York: Wiley.
                        8 ISO 3448 Industrial liquid lubricants-ISO viscosity classification. Switzerland: Inter-
                          national Organization for Standards, 1992.
                        9 Khonsari, M.M. and Booser, E.R. (2008). Applied Tribology Bearing Design and
                          Lubrication, 2e. Wiley Blackwell.
                       10 Raimondi, A.A. and Szeri, A.Z. (1984). ‘Journal and Thrust Bearings’ Handbook of
                          Lubrication, vol. 2, 413–462. Boca Raton, FL: CRC Press.
                       11 Boyd, J. and Raimondi, A.A. (1958). A solution for the finite journal bearing and its
                          application to analysis and design. Parts I, II, and III. Transactions of the American
                          Society of Lubrication Engineers 1 (1): 159–209.
                       12 Katz, J. (2010). Introductory Fluid Mechanics. New York: Cambridge University Press.
                       13 Oberg, E. (2012). Machinery’s Handbook, 29e. New York: Industrial Press.
                       14 Wen, B.C. (2015). Machine Design Handbook, 5e, vol. 3. Beijing: China Machine
                          Press.
                       15 ISO 7902–2:1998 Hydrodynamic plain journal bearings under steady-state condi-
                          tions – Circular cylindrical bearings – Part 2: Functions used in the calculation
                          procedure. Switzerland: International Organization for Standards, 1998.
                       16 Qin, D.T. and Xie, L.Y. (2013). Modern Handbook of Mechanical Design: Mechanical
                          Drawing and Precision Design. Beijing: Chemical Industry Press.
                       17 Mang, T. and Dresel, W. (2007). Lubricants and Lubrication, 2e. New York: Wiley.
                       18 ISO 7902–1:1998 Hydrodynamic plain journal bearings under steady-state condi-
                          tions – Circular cylindrical bearings – Part 1: Calculation procedure. Switzerland:
                          International Organization for Standards, 1998.
                       19 ISO 7902–3:1998 Hydrodynamic plain journal bearings under steady-state condi-
                          tions – Circular cylindrical bearings – Part 3: Permissible operational parameters.
                          Switzerland: International Organization for Standards, 1998.

                       Problems


                       Review Questions

                       1  What are the common failure modes in sliding bearings?

                       2  How should one select the value of relative bearing clearance   ? What will be the
                          effect of relative clearance on bearing performance?
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