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THERMAL ANALYSIS OF LASER TRANSMISSIONJOINING PROCESS APPLYING PMMA PLASTICAND STEEL

Andor Bauernhuber,Tamás Markovits-2014-01-01
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TL;DRAbstract

The application of laser transmission joining in the case of dissimilar materials is a novel and active field for research. Nevertheless the mechanism and the processes of joining are not fully explained yet. This research– based on the previous results of the authors – was aimed at investigating the joining of poly(methyl methacrylate) plastic and structural steel. In order to better understand the phenomenon during joining, the characteristic temperature of the samples were measured and the effect of irradiation time and laser settings on the sample temperature and on the joining mechanism were described.

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The application of laser transmission joining in the case of dissimilar materials is a novel and active field for research. Nevertheless the mechanism and the processes of joining are not fully explained yet. This research– based on the previous results of the authors – was aimed at investigating the joining of poly(methyl methacrylate) plastic and structural steel. In order to better understand the phenomenon during joining, the characteristic temperature of the samples were measured and the effect of irradiation time and laser settings on the sample temperature and on the joining mechanism were described.

Keywords

LaserMaterials scienceMechanism (biology)ThermalField (mathematics)IrradiationProcess (computing)Poly(methyl methacrylate)

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