Computer Methods and Experimental Measurements for Surface Treatment Effects
Search in google:
Fundamental and applied aspects of laser processed ceramic coatings on metals1Residual stresses due to thermal, thermo-chemical and mechanical surface treatments: generation, determination, evaluation17Effect of corrosion and oxide films on crack nucleation27The significance of residual stresses for failure analysis of surface treated components37The Vickers indentation technique applied to the evaluation of thermal transient stresses due to quenching of brittle materials45Wear behaviour of laser clad WC-Co powder53Laser surface treatment of A1203 coatings plasma sprayed61Evolution of a nickel-aluminide diffusion coating on a single crystal superalloy under TMF69Observation of anodic oxide films on aluminium: mechanism of pore closure during hydrothermal treatment and salt spray exposure behaviour77Heat treatment of metallic carbides coatings85Surface heat transfer and continuous cooling transformation modelization for the microstructure prediction by means of FEM analysis95On effects produced by residual stresses and deformed surface properties on the fatigue strength of components, hardened by surface plastic deformation103Residual stresses induced by deep rolling in notched components109In-situ observation of corrosion process by scanning atomic force microscope121Wear and corrosion properties of PVD TiN coated Ti-6Al-4V materials129Study of corrosion inhibition power of some quaternary ammonium salts for acid pickling bath of carbon steels137Evaluation of corrosion resistance and corrosion fatigue strength of CrN-coating steel147An evaluation of mechanisms of stress corrosion initiation in high-pressure pipelines and their welds155Residual stress effects on stress corrosion cracking163Optimum technology of creation of compressive residual stresses improving fatigue strength171Fatigue strength and fracture mechanisms of sprayed steel with different coatings in 3%NaCl solution179Effect of shot peening on delayed fracture of carburized steel187Crack growth simulation in the presence of residual stress fields195Improvement of short fatigue crack growth model in the residual stress field201Some case histories of surface finish related failures209A survey of data and some observations about the influence of material strength and surface finish on fatigue properties of steels217Fatigue performance of friction stir butt welds in a 6000 series aluminum alloy225An application of PVDF gauges for pressure measurements during laser shock processing239Surface modification of titanium by laser nitriding247Microscopic clarifications for the increased hardness of laser melted Al-Cu alloys255A survey of surface treatments to improve the fretting fatigue resistance of Ti-6Al-4V265CO2 laser surface treatment in reactive atmosphere: thermodiffusional nitridation of titanium273Experimental study of ductility in hard chromium electroplated coatings281Microstructure and residual stress analysis of a 'rim chilled' solid wheel for rail transportation system293Surface preparation for phosphate coating301Authors' Index309
\ BooknewsThe 35 papers describe computer methods and experimental measurements for such aspects of surface engineering as residual stress field effects, laser treatments, fracture and fatigue, thermal treatments, surface technology, and coating processes. They come at a time when surface treatment is increasingly being used to reduce the cost of expensive components and to extend the useful lifetime of existing structures. Among the topics are the effect of corrosion and oxide films on crack nucleation, heat treatment of metallic carbide coatings, in-situ observation of the corrosion process by scanning atomic force microscope, the effect of shot peening on the delayed fracture of carburized steel, and the experimental study of ductility in hard chromium electroplated coatings. No index. Annotation c. Book News, Inc., Portland, OR (booknews.com)\ \
