ENGINEERING TRIBOLOGYPHI Learning Pvt. Ltd., 1 Oca 2005 - 336 sayfa This introductory yet comprehensive book presents the fundamental concepts on the analysis and design of tribological systems. It is a unique blend of scientific principles, mathematical formulations and engineering practice. The text discusses properties and measurements of engineering surfaces, surface contact geometry and contact stresses. Besides, it deals with adhesion, friction, wear, lubrication and related interfacial pheno-mena. It also highlights recent developments like nanotribology and fractal analysis with great clarity. The book is intended as a text for senior under-graduate and postgraduate students of mechanical engineering, production/industrial engineering, metallurgy and material science. It can also serve as a reference for practising engineers and designers. |
İçindekiler
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5 | |
Tribology03pdf | 21 |
Tribology04pdf | 38 |
Tribology05pdf | 49 |
Tribology06pdf | 72 |
Tribology07pdf | 99 |
Tribology08pdf | 107 |
Tribology13pdf | 168 |
Tribology14pdf | 190 |
Tribology15pdf | 202 |
Tribology16pdf | 215 |
Tribology17pdf | 229 |
Tribology18pdf | 241 |
Tribology19pdf | 258 |
Tribology20pdf | 266 |
Tribology09pdf | 116 |
Tribology10pdf | 127 |
Tribology11pdf | 140 |
Tribology12pdf | 154 |
Appendixpdf | 293 |
Referencespdf | 307 |
317 | |
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Sık kullanılan terimler ve kelime öbekleri
abrasive adhesion applications area of contact asperities atomic ball bearing boundary conditions boundary lubrication ceramics coating coefficient of friction components constant contact area contact spots contact zone corrosion cylinder defined density depends dimension elastic deformation elastic modulus fatigue field finite first flat surface flow flow rate fluid film fractal fractal dimension fractal geometry friction coefficient friction force function geometry given heat Hertzian hydrodynamic increase infinitely influence interface journal bearing layer length liquid load capacity material maximum measure metal method minimum film thickness molybdenum disulphide motion non-dimensional normal load occurs oxide parameters plane plastic deformation polymers pressure distribution profile radial radius ratio real area Reynolds equation rough surface shaft shear rate shear strength shear stress shown in Fig significant slider slider bearing solution speed steel surface roughness tangential temperature thermal tribology viscometer viscosity wear coefficient wear particles wear rate