Cutting Edge Research and Tech

Features Cutting Edge Research and Tech

Get all the Details about Cutting Edge Research and TechBasic Definitions and Cutting Tool Geometry, Single Point Cutting ToolsTypes of CuttingSystems of Consideration of Tool GeometryTool-in-hand System (T-hand-S)Tool AnglesBasic Relationship Among Angles in T-hand-SGeometry of Cutting Tools with Indexable InsertsGeometry Parameters of Single Point Tools with Indexable InsertsFlank AngleTool-in-machine System (T-mach-S)Tool-in-use System (T-use-S)Modification of the T-hand-S Tool GeometryKinematic AnglesFailure of cutting tools and tool life:Tool LifeMetal cutting MethodsDirect comparisons:Choices for Plasma CuttingStructural Shapes, 3D cutting applicationsCutting applications for tube, pipe and structural shapesInfluence of Thermal and Mechanical Shocks to Cutting Edge Tool LifeTemperature Shock And Its AnalysisInfluence Of Coating TechnologyCutting Edge MicrogeometryEdge Honing ProcessesModern Honing ProcessesCutting Edge CharacterizationElectrical Discharge Machining (EDM)Edge Modelling by Optical MicroscopeAdvantages of Optical Measurement Method and Profile ValidationElectro-erosion edge honing of cutting toolsExperimentalApplication of foil electrodes for electro-erosion edge honing of complex-shaped carbide insertsElectro-erosion edge honing processChoice of counter face material, polarity and pulse parametersSymmetric Edge Honing