...@us.michelin.com centrifugal casting polymers process design production engineering computing rapid prototyping (industrial) surface roughness constraint driven design PPSF spin casting PUR rapid tooling The development of a new part design can be expensive and time...

... to maintain a steady mass supply as needed ( 13 ). This control system was adopted in this research to achieve consistent powder flow. cladding techniques manufacturing systems metallurgical industries metals rapid prototyping (industrial) thickness measurement Experiment result...

... 06 2010 coating techniques electromigration nanofabrication photolithography rapid prototyping (industrial) nanomanufacturing break junctions focused ion beam milling electromigration current-voltage measurements The technique of “break junction” has been used...

... prototyping (industrial) pixel blending mask image projection optimization linear programming solid freeform fabrication Solid freeform fabrication (SFF) is a direct manufacturing process, one that can fabricate parts directly from computer-aided design (CAD) models without part-specific...

... across various powers at higher speed levels (3 mm/min and 5 mm/min). 06 06 2008 09 08 2009 01 10 2009 design of experiments error analysis microfabrication nanotechnology polymerisation powder technology rapid prototyping (industrial) regression analysis two photon...

... of the layer. They were systematically sensitive to both the powder material composition and the process parameters. 25 11 2008 18 05 2009 08 09 2009 coating techniques computerised tomography laser beam applications optical microscopy porosity rapid prototyping (industrial...

... a photograph of the build area inside a freezer. cooling freezing materials rapid prototyping (industrial) temperature 18 01 2008 14 06 2009 17 07 2009 2009 American Society of Mechanical Engineers ...

... production engineering computing rapid prototyping (industrial) laser engineered net shaping LENS™ rapid prototyping thermal behavior Process parameters for each specimen in the LENS thermal experiments Specimen No. Laser power(W) No. of layers Laser speed(mm/s) Length of part(mm...

... the other as suggested by Bunnell ( 5 ). During the SLS process, only powder particles with lower melting point will be molten and the high-melting point powder particles will remain solid all the time. laser sintering numerical analysis powder technology rapid prototyping (industrial) 14...

... or is roughened. 27 11 2007 05 01 2009 27 03 2009 drops flexible manufacturing systems liquid metals rapid prototyping (industrial) surface roughness wetting A e l g liquid-gas interfacial area (equilibrium) ( m 2 ) A e l s...

... ± 0.064 2.45 ± 0.045 2.93 ± 0.356 2.74 ± 0.18 2.43 ± 0.051 2.72 ± 0.462 2.82 ± 0.078 15 04 2007 06 11 2007 14 08 2008 biomedical equipment biomembranes cardiovascular system dip coating rapid prototyping...

... without the use of masks, allowing rapid prototyping of three-dimensional constructs. direct writing cell hydrogel impact smooth particle hydrodynamic method biomechanics biomedical materials biotechnology cellular biophysics hydrodynamics impact (mechanical) rapid prototyping...

... regeneration. 19 08 2007 23 11 2007 20 03 2008 biological techniques biomimetics carbon compounds encapsulation gels lasers polymerisation production engineering computing rapid prototyping (industrial) stereolithography tissue engineering microstereolithography scaffold...

... finite element analysis temperature distribution stainless steel phase transformations production engineering computing net shape forming laser deposition rapid prototyping (industrial) 27 10 2006 13 03 2007 Temperature distribution at the center of the fourth layer for V...

... upon melting, thus alleviating investment shell cracking. finite element analysis rapid prototyping (industrial) convection solidification production engineering computing 30 03 2005 03 02 2007 2007 American Society of Mechanical Engineers ...

... bonding between droplets and uniform diameter. 01 01 2006 20 09 2006 liquid metals drops solidification heat transfer rapid prototyping (industrial) liquid phase deposition production engineering computing droplet-based manufacturing droplet deposition remelting...

... surface quality. This paper presents various examples to demonstrate the feasibility and advantages of centroidal axis and its usage in the multiaxis slicing process. 22 03 2006 12 09 2006 layered manufacturing rapid prototyping (industrial) metallurgical industries cutting CAD/CAM...

...: Designed Macro and Microstructure ,” Mater. Res. Innovations 1432-8917 10.1007/s100190050137 , 3 ( 3 ), pp. 118 – 131 . 29 05 2004 29 12 2005 shape memory effects rapid prototyping (industrial) optical microscopy differential scanning calorimetry X-ray chemical analysis...

... for perpendicular and oblique tool orientations, respectively. This machinability approach expands upon earlier work on 2D visibility analysis for the rapid manufacturing and prototyping of components using CNC machining. milling machinability stereolithography rapid prototyping (industrial) computerised...

...) failure analysis fracture mechanics fatigue testing filled polymers metallurgical industries rapid prototyping (industrial) forming processes sheet metal processing finite element analysis Sheet metal forming is one of the most commonly practiced fabrication processes in industry...