Properties, Mechanisms, Techniques and Applications in Surface EngineeringBy
- Kenneth Holmberg, VTT Industrial Systems, Finland
- Allan Matthews, University of Sheffield, UK
The surface coating field is a rapidly developing area of science and technology that offers new methods and techniques to control friction and wear. New coating types are continually being developed and the potential applications in different industrial fields are ever growing, ranging from machine components and consumer products to medical instruments and prostheses.
This book provides an extensive review of the latest technology in the field, addressing techniques such as physical and chemical vapour deposition, the tribological properties of coatings, and coating characterization and performance evaluation techniques. Eleven different cases are examined in close detail to demonstrate the improvement of tribological properties and a guide to selecting coatings is also provided.
This second edition is still the only monograph in the field to give a holistic view of the subject and presents all aspects, including test and performance data as well as insights into mechanisms and interactions, thus providing the level of understanding vital for the practical application of coatings.
Materials science and engineering students, teachers and research scientists at universities and institutes worldwide. Engineers and scientists in industry involved in developing coating deposition techniques, surface design, material consultation, machine design, material and construction-related engineering. Those involved in technology strategy planning, business development, etc.
Tribology and Interface Engineering
Hardbound, 576 Pages
- NOTATION 1 INTRODUCTION2 DEPOSITION PROCESSES AND COATING STRUCTURES2.1 Introduction2.2 Gaseous state processes 2.2.1 General 2.2.2 Chemical vapour deposition 2.2.3 Physical vapour deposition 2.2.4 Ion- and laser-beam assisted deposition and surface treatment2.3 Solution state processes 2.3.1 Chemical solution deposition 2.3.2 Electrochemical deposition 2.3.3 Sol gel processing 2.3.4 Plasma electrolysis2.4 Molten and semi-molten state processes 2.4.1 Laser surface treatments 2.4.2 Thermal spraying 2.4.3 Welding 2.4.4 Other developments2.5 Surface hardening treatments2.6 Process effects on coating structures 2.6.1 Morphological growth structures 2.6.2 Composite structures3 TRIBOLOGY OF COATINGS3.1 Friction, wear and lubrication 3.1.1 General 3.1.2 Surface characteristics 3.1.3 Friction 3.1.4 Wear 3.1.5 Lubrication3.2 Surface stresses and response to loading 3.2.1 Response of materials to loading 3.2.2 Material parameters E, óY, H, G and Kc 3.2.3 Analytical solutions of contact stresses and deformations at surfaces of solid materials 3.2.4 Criteria for plastic yield 3.2.5 Criteria for material fracture 3.2.6 Analytical solutions of stresses and deformations in normally loaded coated surfaces 3.2.7 Analytical solutions of stresses and deformations in normally and tangentially loaded coated surfaces 3.2.8 Finite element method modelling and simulation of stresses and deformations 3.2.9 Influence of surface roughness 3.2.10 Residual stresses 3.2.11 Influence of interface cracks3.3 Surface fracture and wear products 3.3.1 Crack nucleation 3.3.2 Surface crack propagation 3.3.3 Crack growth in coated surfaces 3.3.4 Toughness and fracture toughness in coated surfaces 3.3.5 Crack patterns 3.3.6 Coating to substrate adhesion 3.3.7 Debris generation and particle agglomeration 3.3.8 Transfer layers 3.3.9 Tribochemical reaction layers3.4 Tribological mechanisms of coated surfaces 3.4.1 Scales of tribology 3.4.2 Macromechanical friction mechanisms 3.4.3 Macromechanical wear mechanisms 3.4.4 Micromechanical tribological mechanisms 3.4.5 Tribochemical mechanisms 3.4.6 Nanophysical tribological mechanisms 3.4.7 Lubricated coated contacts4 TRIBOLOGICAL PROPERTIES OF COATINGS4.1 General4.2 Soft coatings 4.2.1 Polymer coatings 4.2.2 Soft metal coatings 4.3 Lamellar coatings 4.3.1 Properties of molybdenum disulphide 4.3.2 Burnished and bonded molybdenum disulphide coatings 4.3.3 PVD deposited molybdenum disulphide coatings4.4 Hard ceramic coatings 4.4.1 Titanium nitride 4.4.2 Other nitride coatings 4.4.3 Carbide coatings 4.4.4 Oxide coatings 4.4.5 Boride coatings4.5 Carbon and carbon based coatings 4.5.1 Diamond as a coating material 4.5.2 Diamond coatings 4.5.3 Diamond-like carbon coatings 4.6 Combined coatings 4.6.1 Multicomponent coatings 4.6.2 Nanocomposite coatings 4.6.3 Multilayer coatings 4.6.4 Duplex treatments 4.6.5 Adaptive coatings5 COATING CHARACTERISATION AND PERFORMANCE EVALUATION5.1 The requirements5.2 Coating characterisation 5.2.1 The surface 5.2.2 Thickness 5.2.3 Adhesion 5.2.4 Morphology 5.2.5 Composition 5.2.6 Wettability 5.2.7 Residual stresses5.3 Property characterisation and evaluation 5.3.1 Roughness 5.3.2 Thickness 5.3.3 Mechanical evaluation 5.3.4 Physico-chemical evaluation 5.3.5 Tribological evaluation 5.3.5 Accelerated testing 5.3.7 Industrial field testing 5.3.8 Standardisation6 COATING SELECTION6.1 Problems of selection6.2 Traditional approaches6.3 A method for coating selection6.4 Selection rules6.5 Design gudelines6.6 Expert systems6.7Closing knowledge gaps7 APPLICATIONS7.1 General7.2 Sliding bearings 7.2.1 Description of the application 7.2.2 Improvements by surface coatings7.3 Rolling-contact bearings 7.3.1 Description of the application 7.3.2 Improvements by surface coatings7.4 Gears 7.4.1 Description of the application 7.4.2 Improvements by surface coatings7.5 Tools for cutting 7.5.1 Description of the application 7.5.2 Tool wear 7.5.3 Improvements by surface coatings 7.5.4 Cutting test results7.6 Tools for forming 7.6.1 Description of the application 7.6.2 Improvements by surface coatings7.7 Erosion and scratch resistant coatings 7.7.1 Description of the application 7.7.2 Improvements by surface coatings7.8 Oscillating contacts 7.8.1 Description of the application 7.8.2 Improvements by surface coatings7.9 Magnetic recording devices 7.9.1 Description of the application 7.9.2 Improvements by surface coatings7.10 Microcomponents 7.10.1 Description of the application 7.10.2 Improvements by surface coatings7.11 Biomedical applications 7.11.1 Description of the application 7.11.2 Improvements by surface coatings7.12 Future issuesAPPENDIX REFERENCES SUBJECT INDEX