Introduction to TribologyWiley, 2002 - 732 pages Coverage of critical cutting-edge topics including MEMS, nanotribology and magnetic surface storage technologies. * Integrates the knowledge of tribology from mechanical engineering, mechanics, and materials science points of view. * Covers both the underlying theory and the current applications of tribology to industry. |
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Page 150
... applied nominal pressure ( load ) for two rough surfaces is shown in Fig . 3.2.33 . It can be seen that the real area of contact is linearly proportional to the applied pressure when the pressure is relatively small . This relationship ...
... applied nominal pressure ( load ) for two rough surfaces is shown in Fig . 3.2.33 . It can be seen that the real area of contact is linearly proportional to the applied pressure when the pressure is relatively small . This relationship ...
Page 198
Bharat Bhushan. 3 Meniscus force / applied load 5 Meniscus force / applied load 5 10 W = 100 mN Rp = 0.2 mm , N = 3500 O Op = 2 nm обр = 7 nm = 10 nm △ Op = 20 Film thickness ( nm ) W = 100 mN Op = 7 nm , N = 3500 O Rp = 0.2 mm Rp ...
Bharat Bhushan. 3 Meniscus force / applied load 5 Meniscus force / applied load 5 10 W = 100 mN Rp = 0.2 mm , N = 3500 O Op = 2 nm обр = 7 nm = 10 nm △ Op = 20 Film thickness ( nm ) W = 100 mN Op = 7 nm , N = 3500 O Rp = 0.2 mm Rp ...
Page 570
... applied shear stress or force has reached a certain critical value F , the static friction force , the film suddenly melts ( known as " shear melting " ) or rearranges to allow for wall - slip or film - slip to occur , at which point ...
... applied shear stress or force has reached a certain critical value F , the static friction force , the film suddenly melts ( known as " shear melting " ) or rearranges to allow for wall - slip or film - slip to occur , at which point ...
Contents
Wear | 7 |
Solid Surface Characterization | 9 |
Contact between Solid Surfaces | 99 |
Copyright | |
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Common terms and phrases
abrasive adhesion adhesive force adsorbed analysis applied area of contact ASME asperity contact atomic force microscope atoms bearing Bhushan bonds boundary lubrication cantilever ceramics chemical coefficient of friction constant contact area contact pressure disk effect elastic equation film thickness fluid friction and wear friction force function Gaussian graphite hardness humidity increase indentation interaction interface kinetic friction kurtosis layer liquid film low friction Magnetic material maximum measured mechanical meniscus meniscus force metals microscope molecular molecules normal load occurs optical oxide parameters physisorption plane plastic deformation polymers properties radius real area relative result rough surfaces sample scan Schematic shear stress shown in Fig silicon sliding velocity smooth solid surfaces static friction steel stick-slip stylus substrate surface energy surface height surface roughness Tabor technique temperature rise thin films tion Tribology typically viscosity von Mises stress wavelength wear rate