Materials & Manufacturing arrow Tribology and Design

Tribology and Design


Edited By: M. HADFIELD, Bournemouth University, UK, C.A. BREBBIA, Wessex Institute of Technology, UK and J. SEABRA, University of Porto, Portugal


Price: £115.00
ISBN: 978-1-84564-440-6
eISBN: 978-1-84564-441-3
Pages: 304
Book Series: WIT Transactions on Engineering Sciences
Series Volume: 66
Published: 2010
Hardback




Book Description


The Tribology and Design Conference explores the role of technology and design in the broader sense. It brings together colleagues from different disciplines interested in problems of surface interaction and design. The applications covered range from geomechanics to nano problems and from sustainability issues to advanced materials. It has never been so important for the designer to consider product and system durability in relation to reliability and sustainability issues. The topics for discussion also cover studies of tribology in nature and how the resulting lessons can be applied by the designers. Another important theme is the application of tribology in biomechanics, a field in which surface mechanics in general is of fundamental importance. This book contains the papers presented at the Third International Conference, arranged into the following subject areas: Design Tools; Test Methods; Surface Engineering; Tribology under Extreme Conditions; Surface Measurements & Lubrication.




Book Contents


Tribological modelling of spherical bearings with complex spherical-based geometry and motion
F. C. Wang; L. S. Wang; M. L. Sun;

General static load capacity in four contact point slewing bearings
J. Aguirrebeitia; R. Avilés; I. F. de Bustos; M. Abasolo;

Gear micropitting: model and validation
J. A. Brandão; J. H. O. Seabra; M. J. D. Castro;

A fast correction for traction-free surface of elastic quarter-space
R. Guilbault;

Transient simulation of wear in a lobe pump using the wear processor
Y. J. Chen; N. Huber;

Fretting wear under magnetic field
Y. Nasu; K. Sato;

Correlation between tribological measurements and surface characteristics of HVOF coated steel and PTFE materials in sliding contact
B. Fernandez-Diaz; M. Conte; A. Igartua; X. Fernandez; G. Mendoza; A. Straub;

Advances in aeropropulsion tribology and design using five key parameters
L. Wedeven; H. Chin; W. Ogden; D. Haluck;

A new identification method of the supply hole discharge coefficient of gas bearings
G. Belforte; F. Colombo; T. Raparelli; A. Trivella; V. Viktorov;

Test rig for rod seals contact pressure measurement
G. Belforte; M. Conte; L. Mazza; T. Raparelli; C. Visconte;

Evaluation of the friction properties of thermally sprayed coatings
M. Kašparová; F. Zahálka; Š. Houdková;

The friction properties of the HVOF sprayed coatings suitable for combustion engines, measured in compliance with ASTM G-99
Š. Houdková; M. Kašparová; F. Zahálka;

Investigation on contact surface damage of automotive connector by fretting corrosion
M. A. Beloufa;

Dressing monitoring with a digital signal processor
R. F. Luzia; P. R. de Aguiar; E. C. Bianchi; M. M. Spadotto;

Comparative study of the effect of PEG and Crodamide on the scratch resistance of PMMA
M. Mansha; C. Gauthier; P. Gerard; R. Schirrer;

Plasma Electrolytic Oxidation (PEO) coatings on a zirconium alloy for improved wear and corrosion resistance
Y. Chen; X. Nie; D. O. Northwood;

Sliding mechanisms in tribological contact of TMD-C sputtered coatings
T. Polcar; A. Cavaleiro;

Wear and friction modelling on lifeboat launch slipway panels
B. Thomas; M. Hadfield; S. Austen;

Static load distribution in ball bearings including the effects of temperature and fit
M. Ricci;

A method for matching fractured surfaces using shadow profilometry
N. H. Maerz; M. C. Hilgers;

The minimum quantity of lubricant (MQL) technique in the surface grinding of steel
E. C. Bianchi; R. S. Destro; M. H. Oikawa; R. M. Sousa; R. C. Canarim; R. F. Damasceno; P. R. Aguiar; M. C. Sampaio Alves;

Cavitation damage observations within scroll expander lubrication systems
I. Tzanakis; M. Hadfield; A. Georgoulas; N. Kotsovinos;

Phosphonium ionic liquids as lubricants for aluminium-steel
A. E. Somers; P. C. Howlett; J. Sun; D. R. MacFarlane;






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