Laser beam machining of carbon fiber reinforced composites. Laser beam machining of carbon fiber composite can avoid the problem of tool wear but it also brings new problems on account of the anisotropy of these composites such as the formation of heat affected zone after laser cutting fiber.
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They assumed that no melting takes place in the haz and that material is removed by an instantaneous evaporative process when the vaporization temperature is reached.
Laser beam machining of carbon fiber reinforced composites a review. Laser machining of carbon fibre reinforced polymer composites is a challenging task due to a significant difference between physical and thermal properties of the constituent materials ie. This paper reviews the research work carried out in the area of lbm of cfrp materials. Researchers have used a range of laser sources from continuous wave lasers cw to short pulse nanosecond ns lasers to ultra short pulse picosecond ps or femtosecond fs lasers. Gamez id department of mechanical engineering industrial design faculty of engineering university of cadiz. It is important to understand the mechanism about generation of heat affected zone haz in order. Laser beam machining lbm is an emerging technology offering an excellent alternative for machining cfrp composites. This paper reviews the research work carried out in the area of lbm of cfrp. Laser beam machining lbm is an emerging technology offering an excellent alternative for machining cfrp composites. Laser assisted machining mainly provides heat for other machining method such as milling drilling etc. Mayuet ares juan manuel vazquez martinez id mariano marcos barcena and antonio j. Request pdf on researchgate laser cutting of carbon fiber composite materials carbon fiber reinforced plastic cfrp composites are materials widely used for many applications due to its high. It reports the experimental and theoretical studies covering the process accuracy in terms kerf width kerf depth and edge quality and the. Numerical simulation of laser beam cutting of carbon fiber reinforced plastic cfrp is performed. Materials article experimental study of macro and microgeometric defects in drilled carbon fiber reinforced plastics by laser beam machining pedro f. Caprino and tagliaferri 1988 have developed a thermal model for the prediction of the maximum laser cutting speed during the laser cutting of fiber reinforced polymer composites.
Owing to the increasing industrial demand for carbon fibrereinforced polymer composite materials the interest in effective machining technology grows. The bulk of the research on laser cutting of anisotropic materials focused on carbon fibre reinforced polymer cfrp composites. Evaluation of cut quality of fibre reinforced plastics a review.
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