... by Laser-Shocks ,” J. Phys. IV 1155-4339 , 1 ( 3 ), pp. 487 – 494 . 10.1051/jp4:1991369 09 01 2010 07 09 2010 10 11 2010 10 11 2010 copper finite element analysis forming processes internal stresses laser beam applications plastic deformation surface treatment...

... for the simulation of each laser shock 9 T 0 = 2 π / ω 0 = 1 / f 0 27 12 2009 10 09 2010 15 10 2010 15 10 2010 bending compressive strength elastoplasticity forming processes internal stresses laser beam applications modal analysis sheet metal processing...

... CAD computerised numerical control laser beam applications layered manufacturing machining manufacturing systems metal product industries process planning surface finishing a multiaxis hybrid manufacturing system includes a layered manufacturing unit ( 1 2 3 ) and five-axis CNC...

... finite element analysis forming processes laser beam applications microfabrication plastic flow scanning electron microscopy shock wave effects work hardening With the increasing application of micro-electro-mechanical systems (MEMS) in industry, its reliability and robustness calls...

... 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...

... finite element analysis glass glass manufacture laser beam applications separation tensile strength thermoelasticity laser scribing glass crack propagation thermal stress finite elements method When the laser scribing method is used, i.e., a CO 2 laser beam...

... element model was developed to calculate the temperature distribution in the LENS™ process as a function of time and process parameters. The modeling results showed good agreement with the experimental data. 13 11 2007 25 11 2008 16 07 2009 infrared imaging laser beam applications...

... loop systems internal stresses laser beam applications plasma confinement shock waves surface treatment laser shock peening analytical model residual stress high strain rate plasticity Laser shock peening (LSP) has been proposed as a competitive alternative technology...

... geometry laser beam shape laser tube bending finite element modeling stress analysis thermal stresses laser beam applications bending forming processes pipes buckling finite element analysis Section AA represents a part of the tube that is at some distance ahead of the laser beam...

... produced by different scanning schemes are analyzed, along with the processing efficiency. 11 08 2004 11 06 2005 pipes bending laser beam applications cooling finite element analysis forming processes Tube bending has many applications especially in the automotive...

... be divided into two steps. The first step is to decide where and how to apply laser energy and the second step is to decide how much energy to impart. forming processes laser beam machining laser beam applications heating 01 December 2002 01 October 2003 08 07 2004...

.... 01 May 2003 18 03 2004 process planning forming processes laser beam applications optimisation process heating computer aided production planning stress effects Compared with conventional forming techniques, laser forming (LF) of sheet metal does not require hard tooling...

... element analysis buckling laser beam applications electron probe analysis thermomechanical treatment elastoplasticity laser beam effects thermoelasticity Laser bending or laser forming is a technique of using the energy from a laser beam to modify the curvature of sheet metals or hard...

... 2003 cutting stress analysis finite element analysis laser beam applications gas lasers crack detection machining internal stresses tensile strength One use of lasers is to scribe grooves along which brittle materials can be separated, as originally proposed by Garibotti 1...

... insight into the physical processes involved in laser treatment. Consequently, investigation into surface treatment of engineering alloys becomes necessary. surface treatment laser beam applications nitridation titanium alloys aluminium alloys vanadium alloys diffusion phase...

... OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received March 2001; Revised September 2001. Associate Editor: K. Stelson. 01 March 2001 01 September 2001 29 04 2002 forming processes laser beam applications hot working carbon steel finite element analysis Laser forming...

.... 01 Dec 1998 01 April 2000 29 04 2002 nondestructive testing ultrasonic materials testing welding laser beam applications optical fibres probes Much of the research concerning ultrasonic inspection of welds has relied primarily on contact or immersion transducers...

...) Contributed by the Manufacturing Engineering Division for publication in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received Aug. 2000; revised Feb. 2001. Associate Editor: S. Kapoor. 01 Aug 2000 01 Feb 2001 laser beam applications bending deformation buckling...

... , and degradation of material strength due to surface/subsurface damage. A 10–20 percent reduction in the strength of high-speed ground ceramics has been reported by Mochida et al. 4 . ceramics machining silicon compounds carbon compounds cutting machine tools laser beam applications manufacturing...

... for publication in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received November 1999; revised August 2000. Associate Editor: K. Stelson. 01 November 1999 01 August 2000 forming processes laser beam applications finite element analysis numerical analysis...