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Lubrication, a practical guide to lubricant selection /
Lubrication: A Practical Guide to Lubricant Selection provides a guide to modern lubrication practice in industry, with emphasis on practical application, selection of lubricants, and significant factors that determine suitability of a lubricant for a specific application. Organized into 13 chapters...
| Clasificación: | Libro Electrónico |
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| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford [Oxfordshire] ; New York :
Pergamon Press,
1982.
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| Edición: | 1st ed. |
| Colección: | Pergamon materials engineering practice series.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Lubrication; Copyright Page; Dedication; Materials Engineering Practice; FOREWORD; Preface; Acknowledgements; Table of Contents; Chapter 1. Basic Principles of Lubrication; 1.1 MEANING OF LUBRICATION; 1.2 FRICTION; 1.3 LIQUID LUBRICATION; 1.4 HYDRODYNAMIC LUBRICATION; 1.5 BOUNDARY LUBRICATION; 1.6 EXTERNALLY PRESSURISED LUBRICATION; 1.7 DRY OR SOLID LUBRICATION; 1.8 COOLING; 1.9 CORROSION PREVENTION; 1.10 SUMMARY; Chapter 2. Choice of Lubricant Type; 2.1 THE PROBLEM OF LUBRICANT SELECTION; 2.2 BASIC TYPES OF LUBRICANT; 2.3 CHOOSING THE LUBRICANT TYPE.
- 2.4 LUBRICANT CHOICE FOR PARTICULAR COMPONENTSChapter 3. Selection of Lubricating Oils; 3.1 THE IMPORTANT PROPERTIES OF OILS; 3.2 MINERAL OILS; 3.3 VISCOSITY; 3.4 CHOOSING THE CORRECT OIL VISCOSITY; 3.5 BOUNDARY LUBRICATION; 3.6 OIL STABILITY; 3.7 CONTAMINATION; 3.8 COMPATIBILITY; 3.9 CORROSION; 3.10 SYNTHETIC AND NATURAL OILS AND EMULSIONS; 3.11 PROCESS FLUIDS AS LUBRICANTS; 3.12 METALWORKING LUBRICANTS; 3.13 RATIONALISATION OF LUBRICATING OILS; 3.14 SUMMARY; APPENDIX: VISCOSITY UNITS; Chapter 4. Oil-feed Systems; 4.1 ADVANTAGES OF OIL FEED; 4.2 TOTAL-LOSS SYSTEMS.
- 4.3 OIL MIST OR FOG SYSTEMS4.4 WICK AND PAD LUBRICATION; 4.5 RING, DISC AND SPLASH LUBRICATION; 4.6 OIL-CIRCULATION SYSTEMS; 4.7 OIL-CHANGING PROBLEMS; 4.8 SELECTION OF THE APPROPRIATE SYSTEM; Chapter 5. Oil Changing and Oil Conservation; 5.1 OIL CHANGING; 5.2 OIL RESOURCES AND CONSERVATION; 5.3 OIL DETERIORATION IN USE; 5.4 CHOOSING THE OIL-CHANGE PERIOD; 5.5 CHANGING THE TYPE OF OIL; 5.6 CARRYING OUT THE OIL CHANGE; 5.7 HANDLING THE OLD OIL; 5.8 DISPOSING OF EMULSIONS AND WATER-CONTAMINATED OILS; 5.9 LAUNDERING; 5.10 RE-REFINING AND RE-USE; Chapter 6. Greases and Anti-seizes.
- 6.1 THE NATURE OF GREASES6.2 COMPOSITION OF GREASES; 6.3 GREASE MANUFACTURE; 6.4 MECHANISM OF ACTION OF GREASES; 6.5 PROPERTIES OF GREASES; 6.6 ADVANTAGES AND DISADVANTAGES OF GREASE; 6.7 SELECTION AND APPLICATIONS OF GREASES; 6.8 METHODS OF APPLYING GREASES; 6.9 ANTI-SEIZE AND ANTI-SCUFFING COMPOUNDS; Chapter 7. Dry Bearings and Solid Lubrication; 7.1 MECHANISM OF SOLID LUBRICATION; 7.2 ADVANTAGES AND DISADVANTAGES OF SOLID LUBRICANTS; 7.3 GRAPHITE; 7.4 MOLYBDENUM DISULPHIDE AND SIMILAR COMPOUNDS; 7.5 OTHER INORGANICS; 7.6 PTFE AND SIMILAR POLYMERS; 7.7 NYLONS; 7.8 ACETALS.
- 7.9 OTHER POLYMERS7.10 METALS AS SOLID LUBRICANTS; 7.11 COMPOSITES; 7.12 SELECTION OF SOLID LUBRICANTS; 7.13 DESIGNING FOR SOLID LUBRICANTS; 7.14 SOME APPLICATIONS OF SOLID LUBRICANTS; APPENDIX: THEORY OF FRICTION OF SOLID LUBRICANTS; Chapter 8. Gas Bearings; 8.1 PRINCIPLES OF GAS BEARINGS; 8.2 PROPERTIES OF THE GAS; 8.3 ADVANTAGES AND DISADVANTAGES OF GAS BEARINGS; 8.4 EXAMPLES OF GAS-BEARING USE; Chapter 9. Sealing; 9.1 PRINCIPLE OF SEALING; 9.2 STATIC SEALS; 9.3 SEMI-STATIC SEALS; 9.4 ROTARY SEALS; 9.5 SEALING RECIPROCATING SHAFTS; 9.6 SEAL MATERIALS; 9.7 HANDLING AND FITTING.