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Theauthor’sownsynopsis,givesbriefdescriptionsofeachofthefollowingchaptersThiseasy-to-readworkprovidesacomprehensive,state-of-the-artreviewof thethreeprincipalgroupingsofsurfaceengineering(SE)technologiesdesignedtoachievethesurfaceprotectionofengineeringproducts:diffusiontechnologies, depositiontechnologiesandother,lessacknowledgedtechniquesThishighlyillustratedreferenceworkcoversthethreeprincipaltypesofsurfacetechnologiesthat bestprotectengineeringdevicesandproducts:diffusiontechnologies,depositiontechnologies,andotherlesscommonlyacknowledgedsurfaceengineering(SE) techniquesPublicationdateVolumeprovidesapplication-orientedinformationonsurfaceengineeringforawiderangeofmaterials,topographies,andlengthscales Itintroducestheconceptofthesurfaceengineeringtriangle,fallingbetweenchemistry,physicsandgeometryBasicsPresentssurfaceengineeringmethodsfora widevarietyofmaterialsSurfaceEngineeringofMetalsprovidesbasicdefinitionsofclassicalandmodernsurfacetreatments,addressingmechanismsofformation, microstructure,andpropertiesofsurfacelayers.andWearResistanceSurfaceEngineeringtoCombatCorrosionandWearCHAPTERPrinciplesofCorrosion ABSTRACT.Itaddressessurfacecleaningandpreparation;coating,plating,anddepositionprocesses;testingandcharacterization;andpropersetupanduseof equipmentandinstrumentationCHAPTERIntroductiontoSurfaceEngineeringforCorrosionHowever,thepresenceofdanglingbonds,surfacedislocations,The groupattheMetallurgicalandMaterialsEngineeringDepartmenthasmadenotablecontributionsinLSE,particularlyinimprovingoxidationandwearresistanceof Tibylasersurfacealloying(LSA)withSi,AlorSizAlbydevelopingaTi5Si3richlayeronthesurface,enhancingwearanderosion(bothatroom/high temperature)resistanceofNEWHANDBOOKSectionsThisisaccomplishedbymakingthesurfacerobusttotheSurfacePreparationReferencesChapter CorrosionInhibitorsIntroductionClassificationofInhibitorsCorrosionInhibitionPerovskitesinglecrystalswithexcellentphysicalpropertieshavebroadprospectsin thefieldofoptoelectronics.Partofthebookseries:EngineeringMaterials()AccessesCitations.andWearResistanceSurfaceEngineeringtoCombatCorrosion and, SurfaceEngineeringofMetalsprovidesbasicdefinitionsofclassicalandmodernsurfacetreatments,addressingmechanismsofformation,microstructure, andSurfaceEngineeringOverviewThermalSprayismeansofdepositingasuperiorcoatingmaterialhavingdesiredpropertiesoverarelativelyin-expensivebase materialSurfaceengineeringtechniquesareusedtodevelopseveralfunctionalmechanicalandchemicalpropertiesDiscussestheeffectsofsurfaceengineeringon thetribologyandmicrogeometryofengineeringmaterialsVolume4Fisapracticalguidetoquenching,itsimplementation,anditseffectsonthemicrostructureand propertiesofcastironsandsteelsINTRODUCTIONTOSURFACEENGINEERINGCHAPTERIntroductiontoSurfaceEngineeringforCorrosionIntroduces developmentsinmachiningandfinishingprocessesPartIoutlinesthefundamentalsofsurfaceengineering,presentsthehistoryofitsdevelopment,andproposesa two-categoryclassificationofBackground.