Contact Mechanics and Friction: Physical Principles and ApplicationsSpringer, 10. 3. 2017 - Počet stran: 391 The English edition of “Contact Mechanics and Friction” lying before you is, for st the most part, the text of the 1 German edition (Springer Publishing, 2009). The book was expanded by the addition of a chapter on frictional problems in ear- quake research. Additionally, Chapter 15 was supplemented by a section on elasto-hydrodynamics. The problem sections of several chapters were enriched by the addition of new examples. This book would not have been possible without the active support of J. Gray, who translated it from the German edition. I would like to thank Prof. G. G. - charyan and Prof. S. Sobolev for discussions and critical comments on the chapter over earthquake dynamics. Dr. R. Heise made significant contributions to the - velopment and correction of new problems. I would like to convey my affecti- ate thanks to Dr. J. Starcevic for her complete support during the composition of this book. I want to thank Ms. Ch. Koll for her patience in creating figures and Dr. R. Heise, M. Popov, M. Heß, S. Kürscher, and B. Grzemba for their help in pro- reading. Berlin, November 2009 V.L. Popov Preface to the German Edition |
Obsah
| 1 | |
| 9 | |
3 Qualitative Treatment of Adhesive Contacts | 27 |
4 Capillary Forces | 43 |
5 Rigorous Treatment of Contact Problems Hertzian Contact | 57 |
6 Rigorous Treatment of Contact Problems Adhesive Contact | 83 |
7 Contact between Rough Surfaces | 97 |
8 Tangential Contact Problems | 117 |
14 Lubricated Systems | 225 |
15 Viscoelastic Properties of Elastomers | 255 |
16 Rubber Friction and Contact Mechanics of Rubber | 283 |
17 Wear | 299 |
18 Friction Under the Influence of Ultrasonic Vibrations | 317 |
19 Numerical Simulation Methods in Friction Physics | 335 |
20 Earthquakes and Friction | 343 |
Appendix | 367 |
9 Rolling Contact | 137 |
10 Coulombs Law of Friction | 151 |
11 The PrandtlTomlinson Model for Dry Friction | 173 |
12 Frictionally Induced Vibrations | 193 |
13 Thermal Effects in Contacts | 217 |
| 379 | |
Figure Reference | 385 |
| 387 | |
Další vydání - Zobrazit všechny
Contact Mechanics and Friction: Physical Principles and Applications Valentin L. Popov Náhled není k dispozici. - 2018 |
Contact Mechanics and Friction: Physical Principles and Applications Valentin L. Popov Náhled není k dispozici. - 2017 |
Běžně se vyskytující výrazy a sousloví
according acting adhesive angle applications approximation assume average body boundary calculated called Chapter characteristic coefficient of friction complete condition consider constant contact area Contact Mechanics contact problems contact radius critical cylinder damping deformation dependent depth described determined direction displacement distance domain earthquakes elastic element energy equal equation equilibrium estimation frequency frictional force function given half-space hardness increases indentation integral larger leads length liquid load lubrication material maximum means metals method modulus motion movement normal force obtain oscillation periodic plane Popov presented pressure pressure distribution Problem properties proportional radius reaches relation relative remains rigid rolling rough rubber shear shown in Fig simple sliding slip smaller solid Solution speed sphere spring static friction stick stiffness stress surface tension takes tangential temperature tion valid velocity wave wear