... spatial distribution, and the distribution also changes very obviously when the laser pulse ends. high-speed optical techniques laser ablation laser beam machining materials preparation micromachining silicon compounds surface treatment laser ablation of silicon carbide laser...

... and decrease burr. 31 10 2009 29 11 2010 31 01 2011 31 01 2011 drilling laser beam machining micromachining nickel alloys superalloys mechanical microdrilling tool life laser hybrid machining Drilling is a major material removal process in industry...

... %   Cu / Al 2 O 3 ) . corrosion resistance cutting fibre reinforced composites finite element analysis fracture laser beam machining machine tools 16 06 2009 04 01 2010 19 10 2010 19 10 2010 Effect of tool rake angle on simulated damage...

... analysis finite volume methods laser beam machining micromachining milling Mechanical micromachining has emerged as a viable manufacturing method for a wide array of microscaled and mesoscaled parts during the past 20 years. Unlike traditional microscale manufacturing methods (LIGA, etching...

... ). 19 01 2009 04 12 2009 15 01 2010 15 01 2010 alloys ceramics drilling laser beam machining microcracks micromachining scanning electron microscopy Laser machining has been proven to be a versatile and reliable technology in manufacturing for many years ( 1...

... on the Taguchi loss function is introduced. The use of the new quality index in laser micromachining applications is demonstrated. 26 09 2008 12 03 2009 19 05 2009 laser beam machining micromachining Taguchi methods laser micromachining hole Taguchi loss function quality...

.... , Hu , X. , Resnick , R. , and DeSilva , A. , 2006 , “ Micro and Nano Machining by Electro-Physical and Chemical Processes ,” CIRP Ann. 0007-8506 , 55 ( 2 ), pp. 643 – 666 . finite element analysis laser beam machining microfabrication nickel polishing surface roughness...

... at 35 W laser power. The cutting force and depth of cut prediction errors are less than 20% and 10%, respectively, for most of the cases examined. 24 07 2007 20 08 2008 23 01 2009 cutting cutting tools elasticity finite element analysis heating laser beam machining machine...

... of applying the thermal model to design LAML processes and the feasibility of employing LAML for difficult-to-machine materials such as advanced ceramics and superalloys. 08 02 2007 06 03 2008 03 06 2008 alumina ceramics chromium alloys cutting tools iron alloys laser beam...

... of NiTi micromachining using FLM technology, which could aid in the identification of new applications for smart materials in the macro-, nano-, and microelectromechanical system domains using this technology. 12 11 2007 16 04 2008 03 06 2008 intelligent materials laser beam...

..., or for any path of the laser spot. The numerical model was implemented in C++ and an overview of the code capacities is presented. 14 08 2007 01 02 2008 12 05 2008 laser ablation laser beam machining Laser ablation (milling) is becoming an important machining operation due...

... laser beam machining micromachining nickel thermocouples thin film sensors Lasers have been widely used in manufacturing, especially for micromachining small components demanded of aerospace, electronics, and microelectromechanical system (MEMS), due to their distinguished process...

... of the present model is shown by the good agreements in the comparisons. 25 04 2006 26 10 2006 finite element analysis laser beam machining cracks plastic deformation ceramics Mackerle , J. , 2003 , “ Finite Element Analysis and Simulation of Machining: An Addendum...

... at High Strain Rate ,” J. Appl. Phys. 0021-8979 10.1063/1.327799 , 51 ( 3 ), pp. 1498 – 1504 . 06 02 2006 30 08 2006 shot peening laser beam machining shock waves internal stresses work hardening finite element analysis fatigue Since the first experiments...

... for subsequent production. ( a ) Laser-machined microlens # 5 and ( b ) its negative nickel replica from electro-deposition 02 03 2006 26 06 2006 microlenses excimer lasers LIGA laser beam machining micromachining probability polymers moulding hot...

.... laser beam machining ceramics cost reduction temperature measurement design of experiments Advanced ceramic materials are desired for many critical components in structures, engineering systems, and medical applications due to their excellent properties including high strength to weight...

... laser beam machining flat panel displays mathematical analysis measurement by laser beam 01 12 2004 07 04 2005 2006 American Society of Mechanical Engineers ...

... micromachining microsensors laser beam machining strain sensors heating elements thermal spraying strain gauges sensitivity spray coating techniques pattern formation rapid prototyping (industrial) Sensors and electronics are used in a wide range of applications, including the aerospace...

... and numerically. Various conditions including different laser power, scanning speed, and number of scans for sheets of different rolling reductions are considered and results are discussed. The simulation results are consistent with the experimental observations. sheet metal processing laser beam machining...

... October 2003. Associate Editor: A. Shih. 01 December 2002 01 October 2003 08 07 2004 forming processes laser beam machining laser beam applications heating Extensive research has been done to analyze deformation and residual stress given material properties, laser...