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  Contents
 
Section 1 Surface coating
  Residual stress in magnetron sputtered TiN; Tribological properties of duplex surface treated hot work tool steel sliding against aluminium alloy; Standardization and some application of the evaluation method of defects in the ceramic coatings; Formability of chromate conversion coating on zinc electroplated steel sheet; Mechanical properties of diamond and DLC thin coating; Applications of CVD diamond and DLC coatings; Surface treatments of aluminium joints, adhesive thickness and radiation effects.
 
Section 2 Residual stress effects
  Effect of residual stress profile on hydrogen embrittlement susceptibility of prestressing steel; Hybrid surface treatment of carbon steel by using a cavitating jet; 3D residual stresses around cold expanded holes in a new creep resistant aluminium alloy; A critical evaluation of residual stresses in spheroidal graphite cast iron due to mechanical testing; Modelling of residual stresses in surface layer treated by burnishing and nitriding.
 
Section 3 Electrical and electrochemical processes
 

The effect of injecting transverse electrical current on indentation fracture, friction and wear of WC-Co alloy; Metal impregnation of aluminium oxide layers: influence of anodization conditions; Formation and evaluation of calcium phosphates films by electrochemical method; Anodisation of magnesium at high voltages.
 
Section 4 Corrosion and stress corrosion
  An assessment of the effect of plasma nitriding and nitrocarburizing parameters on the corrosion resistance of sintered steel using the response surface method: Corrosion behaviour of diamond-like carbon films prepared by ionization deposition; Corrosion fatigue aspects in optimizing resistance against cracks growth of surface layers of steel components; Use of the scribe and spotface techniques to assess the painted galvanised steel underfilm corrosion; Method for testing fragments of sheet and rod-metal structures for stress corrosion; Stress corrosion cracking of high-strength steel: influence of cyclic residual stresses.
 
Section 5 Laser surface treatment
  Structural analyses of reaction layers between SiC and Ti-6Al-4V after laser embedding; Reinforced SiC/Al composite layer produced by laser particle injection.
 
Section 6 Shot peening
  Improvement of fatigue lifetime of mechanically surface treated materials in the low cycle fatigue regime; Influence of shot peening and high pressure water peening on near surface microstructure of 316 Ti stainless steel; Residual stress distribution measurements in shot peened aluminium plates; Thermal decay shot peening induced residual stresses during annealing of a bake-hardening steel; Superfinishing and shot peening of surfaces to optimise roughness and stress; Fatigue performance of a shot peened high-strength magnesium alloy; Selective hardening and residual stress relaxation in shot peened Timetal 21S; Fatigue response of various titanium alloys to shot peening.
 
Section 7 Rolling, grinding, polishing and metal work
  Improvement of fatigue strength of the plate with a hole; Fundamentals of grinding: surface conditions of ground WC-Co systems; Numerical analysis of the temperature fields in the object during the burnishing rolling operation with the electrocontact heating; A study on the lapping of ceramic balls.