TheAerospaceandMechanicalEngineeringDepartmentofUniversityofLiegeandtheAutomotiveClusteroftheEuregioMeuseRhinearepleasetoinviteyouMay9,2011inLiegetotheworkshop:“Metallic Materials for automobile of the future” Near Net Shape Processing & Intelligent Surface Treatment TheimportanceofCO 2 reductioninautomotivesectorisadrivingfactorfornextdecades.AfterfocussingonthebetterefficiencyofthepowertrainandCO 2 ‐tailpipeemissions,automotiveindustryinvestigatesalsothefurtherreductionofthefuelconsumptionandtheenvironmentalfootprintrelatedtothevehicleconstruction.Inthissituation,thereisrevivedinterestforsteel.Steelisoneofthemostcommonmaterials,butitisalsothemostunique.Itisbyfarthemostimportant,abundant,versatile,andadaptableengineeringmaterialduetoitswiderangeofmechanical,physical,andchemicalproperties.Especiallyfortheautomotiveindustry,newsteelgrades,multimaterialapplicationsusingsteel,andinnovativeformingprocessesareconstantlyimprovedorcreatedinordertomeetthe needsofthemarket.Steelshavebecomethinnerandlighter,yetstrongerandsafer,moreweldableandresistanttocorrosion,andmoreformable.Thus,innovationinsteelapplicationsisacornerstonefortakingoverthesustainabilitychallengeofautoindustry,whilepreservinghighsafetystandardsaswellasacceptableoverallcostissuesinvehicleproduction.Designinglightweightautomobileconstructionhasbecomeacrucialissue:Lightweightvehiclescanachievefuelsavingswhilefortheupcominggenerationofelectricalvehiclesande‐mobility,thevehicleweightreductionisdirectlyrelatedtothevehicledriverange,necessarybatterysizeandbatterycosts.Thenewmanufacturingprocesseswithimprovednearnet‐shapecapabilities,suchthixo‐forming,aimatreducingthecomponents´weightandtheirmanufacturingcosts.Theseprocessesareinvolvedinthedevelopmentofnewlightweightpowertrainorenginecomponentsaswellasrollinggearandsuspensioncomponents.