Tribology in Environmental Design 2003

by Hadfield, Mark; Wang, Ying

• ISBN13: 9781860584152
• ISBN10: 1860584152
• Edition: 1st
• Format: Hardcover
• Copyright: 2003-10-24
• Publisher: WILEY

Summary

Tribology in Environmental Design is an indispensable collection of chapters exploring the life cycle of all stages of tribological issues for product design. The contributors for this edition are from a wide range of disciplines and countries ensuring a comprehensive overview of Tribology in Environment Design. This well-renowned second international conference explores the role of tribology in the context of product design and how this influences environmental, as well as product life cycle, consequences. Topics covered include: Sustainable Design Life-oriented Products Life-cycle Assessment for Optimized Products Surface Engineering Lubricants Test Methods Advanced Materials Analytical Studies

Author Biography

Mark Hadfield is the editor of Tribology in Environmental Design 2003, published by Wiley. Ying Wang is the editor of Tribology in Environmental Design 2003, published by Wiley.

Table of Contents

Preface	p. xi
Sustainable Design
Assessing environmental impacts of two-stroke outboard motor lubricants using tank testing and simple dispersion model	p. 3
Coolants based on native ester--technical assessment	p. 13
The role of surface engineering in environmental design	p. 23
A methodology for assessment of the carbon neutrality of products	p. 31
Life-oriented Products
Development of a mechanical device for concealing underground the urban solid residual containers	p. 41
Oxidized zirconium--a potentially longer lasting hip implant	p. 51
Wear-mapping to optimize overlay coating design in rolling sliding contacts	p. 59
Increased performance by applied tribology in internal combustion engines	p. 71
Life-cycle Assessment for Optimized Products
Investigating the environmental impact that issues of tribology have on the use phase of a domestic refrigerator	p. 85
Coolants based on native fat ester--comparative life-cycle assessment	p. 97
Surface engineering--how environmentally friendly is it?	p. 109
Sliding wear under fluctuating load	p. 235
Protocol for clinically-relevant and severe wear simulator testing of total hip and knee implants	p. 247
High temperature oxidation and erosion of 304 stainless steel under coal-fired boiler atmospheres	p. 255
Advanced Materials
High density sintered gears for automotive applications	p. 271
Wear behaviour of aluminium-based composites containing ceramic particles	p. 283
Friction and wear of the oxidized titanium in dry sliding against Co-28Cr-5W-4Fe-3Ni-1Si cobalt alloy	p. 291
Experimental investigation of lubricated surface ring crack fatigue in rolling contact	p. 301
Variable tool-chip contact and chip morphology in machining with grooved cutting tools--a tribological perspective	p. 311
Processes of the abrasive wear-out elastomers and their connection with viscoelasticity qualities	p. 325
Rolling wear of silicon nitride bearing material in a simulated refrigerant environment using a novel pressurized chamber	p. 337
Abrasive wear resistance of carbon steel and iron alloys with a high chromium content	p. 347
Analytical Studies
A new approach to modelling of stress-induced degradation of formulated lubricants and their behaviour in lubricated contacts	p. 359
Theories of roughness and wear--verification and comparison by using empirical models	p. 371
The influence of asperity shape on the asperity persistence--one experimental and finite element modelling approach to understand the growth of the real contact area under Bl conditions	p. 381
Authors' Index	p. 389
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