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Advances In Surface Engineering: Volume 3(Special Publications)

Advances In Surface Engineering: Volume 3(Special Publications)


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About the Book

This series of three books reviews and documents the recent advances in research and application of this relatively new and emerging technology, the problems remaining to be solved and the directions of future research and development in surface engineering. Volume I, "Fundamentals of Coatings" considers principles of coatings/substrate design in high temperature and aqueous corrosion and wear environments, and scans the coatings spectrum from organic, through metallic to inorganic. Volume II covers "Process Technology" a subject that is central to surface engineering, and which holds particular promise for improvement in existing types of coatings performance, as well as in the design development and evaluation of totally new coating/substrate systems. Finally, Volume III "Engineering Applications", is dedicated to topics concerning the performance of coatings and surface treatments embracing six main areas - biomedical, aerospace, automotive, cutting tools and manufacture, power generation and marine applications. Together, these 3 volumes represent the latest information on the state of the art of surface engineering today, from an international authorship, and will prove essential reading for all those in academia and industry who need to keep abreast of the current status and likely future developments in this increasingly important field.

Table of Contents:
Section 3.1 Biomedical: Surfaces in implantable ceramics technology, A, Ravaglioli et al; In Vitro evaluation of corrosion resistance of nitrogen ion implanted titanium simulated body fluid, M. Subbiyan et al; Pitting corrosion studies on nitrogen implanted 316L SS for biomedical applications, M. Subbaiyan et al. Section 3.2 Aerospace: Characterization of high temperature metal matrix composite coatings, A.R. Marder; Simulation of failure mechanisms in Al2O3/Al metal matrix composites and the effect of fibre/matrix interface bond strength using finite element modelling techniques, D. griffin et al; High temperature air oxidation performance of modified aluminide coatings on a nickel-based superalloy, W.Y. Chan et al; Taguchi optimization of an LPPS MCrAIL coating for use as a bond coat for thermal barrier coatings, R.E. Jones et al; Joining of ferritic ODS alloys for high temperature application, M.W. Carroll, N.J. Wood. Section 3.3 Automotive: Volume production of thermal sprayed coatings in the automotive industry, K. Harrison, A.R. Nicoll; Development of coatings for lubricant-free ball bearings and of an adapted test bench for the evaluation of the coated ball bearings, O. Knotek et al. Section 3.4 Cutting tools and manufacture: Successful products through surface engineering, M. Sarwar; Indirect monitoring of carbide tool wear in the facing of low carbon steels through measurements of the roughness of machined surfaces, K.N. Strafford et al; Potential of physical vapour deposited coatings of a cermet for interrupted cutting, G.E. D'Errico, E. Guglielmi; Sliding wear behaviour of Tin-based PVD coatings on tool steels, C. Martini et al; performance of physical vapour deposited coatings on cermet insert in turning operations, G.E. D'Errico et al; Coating silicon carbide matrix composites fro industrial use in corrosive environments, S.J. Bull, A.R. McCabe; Implementation of TiAIN and CrN coatings and ion implantation in the modern plastics moulding industry, E.J. Bienk, N.J. Mikkelsen; Thin film characterization methods, F. Loffler. Section 3.5 Power generation: Studies os surface films on high Ni-Cr-Mo alloys in simulated SO2 scrubber environment, N. Rajendran et al; Surface engineering of composite and graded coatings for resistance to solid particle erosion at elevated temperatures, M.M. Stack, D. Pena; A study of the corrosion resistance and microstructure of a laser treated layer on duplex and austenitic stainless steels, A. Neville, T. Hodgkiess. (Part contents).

Review :
"... a topical addition to the surface engineering literature."


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Product Details
  • ISBN-13: 9780854047574
  • Publisher: Royal Society of Chemistry
  • Publisher Imprint: Royal Society of Chemistry
  • Height: 234 mm
  • No of Pages: 430
  • Sub Title: Volume 3
  • ISBN-10: 0854047573
  • Publisher Date: 21 Oct 1997
  • Binding: Hardback
  • Language: English
  • Series Title: Special Publications
  • Width: 156 mm


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