Acknowledgement
Foreword
Introduction
Surface engineering – a conspectus
PART 1: ADVANCES IN SURFACE ENGINEERING AND PROCESSING TECHNOLOGY
Section 1.1 PVD processes
Keynote Advances in surface processing technology
Hard coatings on aluminum alloys by PVD
The wear behavior of CVD- and PVD-coated tools in metal stamping andplastics injection molding
Section 1.2 Ion implantation
The application of ion implantation to problems of corrosion and wear
Effects of boron ion implantation on mechanical properties of engineering
ceramics and cermets
The effects of deposition parameters on the microstructures of ion-plated niobium coatings
A new process for bronzing metals
Section 1.3 Spray coating processes
Keynote Plasma spray processing – advanced production features and quality consideration
Effect of discontinuous spray deposition on the wear of VPS alumina
coatings on steel and tungsten
Developments in arc cladding techniques.
Section 1.4 Laser processing
The influence of convection on the homogeneity of laser applied coatings
A new structure of laser melted Cr12 tool steel
Laser treatment of plasma-sprayed coating
Corrosion resistant fused oxide coatings by laser processing
The structure and sliding-contact wear resistance of a laser-hardened austempered ductile iron
PART 2: FUNDAMENTAL ASPECTS OF SURFACE COATINGS – SCIENCE
AND TECHNOLOGY
Section 2.1 Ceramic coatings
Keynote Surfaces in ceramics technology
Ti and TiN coatings on 316Lsurgicalsteel.
Influence of titanium dioxide on the durability of industrial coatings
Thermal barrier coatings for aero gas turbines
Section 2.2 Inorganic and conversion coatings
Keynote Surface coatings for gas turbines
On the design of coatings materials to resist high temperature chlorination
On the creation of a coatings and high temperature corrosion data bank
Keynote Zinc coatings in surface engineering
Reflectivity changes as a means of monitoring the performance of coated
steels at elevated temperatures
Molybdate – orthophosphoric acid conversion coating solutions for tinplate surfaces
Section 2.3 Organic coatings
Keynote Adhesion measurement with organic coatings in the wet state after exposure to water
Keynote Weathering of coatings – foundation and evaluation
Recent developments in accelerated weathering of coatings using plasma
erosion
The characterization of polymer/metal interfacial layers
Some electrically conducting organic coatings and their applications
Thin films of Cdte produced using the co evaporation of Cdte with Te
PART 3: ENGINEERING APPLICATIONS OF COATINGS
Section 3.1 Overview
Keynote Applications and performance of coatings: some perspectives and prospects
Section 3.2 The inhibition of high temperature corrosion
Study of the effect of nitride coatings on the corrosion resistance of some conventional stainless steel and NiCrMo-type alloys.
Composition optimization of coatings materials to inhibit breakaway corrosion in complex gas atmospheres at elevated temperatures
The resistance of aluminized iron-nickel-chromium-base alloys to gaseous environments of high sulphur and low oxygen potentials at high temperature.
Environmental embrittlement of superalloys during coating processes
The oxidation of a case borided 9CrlMo steel in high temperature steam
Observations on the use of the spark discharge melting process to improve
the high temperature oxidation resistance of a 3Cr 8WO.5Vtool steel
The problems of internal oxidation and its elimination in gaseous carbonitriding
Section 3.3 Corrosion performance
Effect of alloying elements on the anodic polarization behavior of zinc in
NaCI solutions containing , and – ions
The passivation of forging brass in an acidic solution based on Cr+6
compounds and selective dissolution of H’ phase.
Passivation and corrosion behavior of some electrodeposited tin-cobalt alloy coating
Comparative corrosion resistance of galvanized and galvannealed steel
Fretting corrosion behavior of Galfan (Zn-5% AI) coated steel wire in synthetic seawater
Development of aluminum-alloy coatings for the protection of steel
Effect of nitriding conditions on corrosion resistance of Cr17Ni2 steel in sulphate and chloride solutions
Electrochemical behavior of TiN and TiC CVD coatings on steels
Properties of chromium coatings plated from flowing sulphate – potassium silicon fluoride electrolyte with the addition of Na2Mo04
Section 3.4 Wear and mechanical behavior
A sustained deposition process for nickel-chromium and nickel- chromium iron coatings for corrosion and wear resistance
Improving wear resistance by spark discharge cladding
Corrosion and mechanical properties of electroless nickel-high boron coatings
Stress corrosion, fretting and fatigue control by surface pre-stressing
Hard chromium plating to improve the cavitations erosion and abrasion resistance of stainless steels
Antifriction self-lubricating coatings on the base of fixed metals complexes
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