Description

Book Synopsis

Additive friction stir deposition.- Additive layer manufacturing.- Additive layerless manufacturing.- Advantage.- Advantage: cause and perspective.- Advantage: fast process and freedom to design.- Advantage of simple products.- Air deposition.- AM and 3D printing.- AM and CM (conventional manufacturing).- AM and CM: comparison.- AM and CM: perspective.- AM and CM: technique and complexity.- AM and machining: approach.- AM and machining: build direction.- AM and machining: lattice structure.- AM and machining: material property perspective.- AM and machining: side surface.- AM and machining: strategy.- AM and machining: wall and cavity.- AM and machining: waste generation perspective.- AM is itself not an advantage.- Arc.- Arc welding-based AM: GMAW-based.- Arc welding-based AM: GTAW-based.- Arc welding-based AM: PAW-based.- Beam deposition process: advantage and disadvantage.- Beam deposition process: powder and wire.- Big part.- Binder jet AM and selective inhibition sintering.- Binder jetting.- Binding mechanism.- Binding mechanism: misnomer.- Classification.- Classification: air and ion deposition.- Classification: arc-based deposition.- Classification: non-beam solid deposition.- Classification: powder bed process.- Classification: solid deposition.- Classification of deposition process and mechanism.- CNC accumulation.- Cold spray.- Cold spray AM.- Complexity.- Complexity in products.- Composite.- Composite fabrication in deposition process.- Composite feedstock.- Conformal cooling channel.- Continuous liquid interface production.- Cost and sustainability.- Design-specific tools: role.- Direct digital manufacturing.- Directed energy deposition.- Disadvantage.- Electrolytic solution-based deposition.- EPBF (Electron beam powder bed fusion).- EPBF: beam generation.- EPBF: beam manipulation.- EPBF: beam shape control.- EPBF: chamber.- EPBF: processing.- Electrophoretic deposition.- Energy saving.- Energy saving: paradox- Energy-intensive process.- Extrusion-based AM.- Extrusion-based AM: feedstock.- Four-dimensional printing.- Freedom to move.- Friction-based and fusion-based deposition.- Friction surfacing-based AM.- Heater-based sintering.- High speed sintering.- How material is wasted.- How to make AM sustainable.- How to save material.- Ion deposition.- Lack of repeatability.- Laminated object manufacturing.- Laser PBF (powder bed fusion).- Laser powder deposition: types.- Laser powder deposition: laser-powder interaction.- Layer.- Layer deposition and deposition process.- Layer deposition and layer arrangement.- Layerless FDM (fused deposition modelling).- Layerless FDM and layerless PBF.- Layerless PBF.- Layerless PBF: part formation.- Layerless PBF: why layerless.- Layerless 3D printing.- Liquid deposition process.- Machining tool: problem.- Marking.- Material extrusion.- Material jetting.- Material saving.- Material saving: why it is saving.- Mold and pattern: mold.- Mold and pattern: permanent pattern.- Mold and pattern: temporary pattern.- Multi-material and composite.- Non-beam PBF.- Non-beam PBF: Localized microwave heating-based AM.- On-demand production and on-location production.- On-demand production and rapid manufacturing.- Optimization of parameters.- Origin of overhangs.- Overhangs and stair-stepping effect.- Part consolidation into assembly.- Perspective of complexity.- Post-processing.- Post-processing: position in AM chain.- Post-processing: pseudo type.- Post-processing does not slow AM process.- PBF: laser and electron beam.- PBF: serial and non-serial production.- PBF: shape limitation.- Process.- Processable materials.- Production volume flexibility.- Rapid manufacturing.- Rapid prototyping.- Repair and refurbishment.- Repair in PBF.- Repair in PBF: customized bed concept.- Selective laser melting.- Selective laser sintering.- Scanning type.- Scanning type differences.- Shaping in manufacturing.- Slurry bed process.- Slurry deposition process.- Solid freeform fabrication.- Speed: methods to increase.- Speed: paradox.- Stair-stepping.- Stair-stepping: an unsolvable problem.- Stereolithography.- Support structure.- Support structure: difficulty in PBF.- Support structure: effect on fabrication time.- Two-photon photopolymerization.- Ultrasonic consolidation.- Water deposition process.

A Concise Encyclopedia of Additive Manufacturing

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    A Hardback by Sanjay Kumar

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      Publisher: Springer
      Publication Date: 02/09/2025
      ISBN13: 9783031983931, 978-3031983931
      ISBN10:
      Also in:
      Electronics: circuits and components

      Description

      Book Synopsis

      Additive friction stir deposition.- Additive layer manufacturing.- Additive layerless manufacturing.- Advantage.- Advantage: cause and perspective.- Advantage: fast process and freedom to design.- Advantage of simple products.- Air deposition.- AM and 3D printing.- AM and CM (conventional manufacturing).- AM and CM: comparison.- AM and CM: perspective.- AM and CM: technique and complexity.- AM and machining: approach.- AM and machining: build direction.- AM and machining: lattice structure.- AM and machining: material property perspective.- AM and machining: side surface.- AM and machining: strategy.- AM and machining: wall and cavity.- AM and machining: waste generation perspective.- AM is itself not an advantage.- Arc.- Arc welding-based AM: GMAW-based.- Arc welding-based AM: GTAW-based.- Arc welding-based AM: PAW-based.- Beam deposition process: advantage and disadvantage.- Beam deposition process: powder and wire.- Big part.- Binder jet AM and selective inhibition sintering.- Binder jetting.- Binding mechanism.- Binding mechanism: misnomer.- Classification.- Classification: air and ion deposition.- Classification: arc-based deposition.- Classification: non-beam solid deposition.- Classification: powder bed process.- Classification: solid deposition.- Classification of deposition process and mechanism.- CNC accumulation.- Cold spray.- Cold spray AM.- Complexity.- Complexity in products.- Composite.- Composite fabrication in deposition process.- Composite feedstock.- Conformal cooling channel.- Continuous liquid interface production.- Cost and sustainability.- Design-specific tools: role.- Direct digital manufacturing.- Directed energy deposition.- Disadvantage.- Electrolytic solution-based deposition.- EPBF (Electron beam powder bed fusion).- EPBF: beam generation.- EPBF: beam manipulation.- EPBF: beam shape control.- EPBF: chamber.- EPBF: processing.- Electrophoretic deposition.- Energy saving.- Energy saving: paradox- Energy-intensive process.- Extrusion-based AM.- Extrusion-based AM: feedstock.- Four-dimensional printing.- Freedom to move.- Friction-based and fusion-based deposition.- Friction surfacing-based AM.- Heater-based sintering.- High speed sintering.- How material is wasted.- How to make AM sustainable.- How to save material.- Ion deposition.- Lack of repeatability.- Laminated object manufacturing.- Laser PBF (powder bed fusion).- Laser powder deposition: types.- Laser powder deposition: laser-powder interaction.- Layer.- Layer deposition and deposition process.- Layer deposition and layer arrangement.- Layerless FDM (fused deposition modelling).- Layerless FDM and layerless PBF.- Layerless PBF.- Layerless PBF: part formation.- Layerless PBF: why layerless.- Layerless 3D printing.- Liquid deposition process.- Machining tool: problem.- Marking.- Material extrusion.- Material jetting.- Material saving.- Material saving: why it is saving.- Mold and pattern: mold.- Mold and pattern: permanent pattern.- Mold and pattern: temporary pattern.- Multi-material and composite.- Non-beam PBF.- Non-beam PBF: Localized microwave heating-based AM.- On-demand production and on-location production.- On-demand production and rapid manufacturing.- Optimization of parameters.- Origin of overhangs.- Overhangs and stair-stepping effect.- Part consolidation into assembly.- Perspective of complexity.- Post-processing.- Post-processing: position in AM chain.- Post-processing: pseudo type.- Post-processing does not slow AM process.- PBF: laser and electron beam.- PBF: serial and non-serial production.- PBF: shape limitation.- Process.- Processable materials.- Production volume flexibility.- Rapid manufacturing.- Rapid prototyping.- Repair and refurbishment.- Repair in PBF.- Repair in PBF: customized bed concept.- Selective laser melting.- Selective laser sintering.- Scanning type.- Scanning type differences.- Shaping in manufacturing.- Slurry bed process.- Slurry deposition process.- Solid freeform fabrication.- Speed: methods to increase.- Speed: paradox.- Stair-stepping.- Stair-stepping: an unsolvable problem.- Stereolithography.- Support structure.- Support structure: difficulty in PBF.- Support structure: effect on fabrication time.- Two-photon photopolymerization.- Ultrasonic consolidation.- Water deposition process.

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