AbstractThe joining of plastics and metals in order to produce lightweight but robust parts has become more significant in the process of vehicle manufacturing. In the course of this study, the authors joined PMMA plastic and steel in a pin to plate geometry by pulsed Nd:YAG laser. Tensile tests were carried out to investigate the effects of heating time, the laser settings, the surface roughness and the clamping force on the joining strength. Experimental results showed that the joining is feasible and using adequate settings the strength can be optimised
AbstractDirect thermal laser joining of plastic and metallic materials is nowadays arising as an alt...
Hybrid components combine the contradictory characteristics of plastics and metal and thus can lead ...
AbstractThis paper describes a laser-based process to join thermoplastics with metals thermally with...
Due to the effort of weight reduction in the manufacturing of vehicles, the application and therefor...
Hybrid joining of metals and plastics in order to produce lightweight parts is of growing interest i...
AbstractThe growing utilization of plastic materials in our devices calls for joining them with trad...
The joining of plastics and metals in order to produce lightweight but high strength parts becomes m...
AbstractLaser assisted metal plastic (LAMP) joining is a promising new joining technology. In the co...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...
Particularly in the automotive industry, the combination of dissimilar materials presents manufactur...
The growing need of lightweight components determined a large exploitation of non metallic materials...
AbstractHybrid components combine the contradictory characteristics of plastics and metal and thus c...
Plastic-metal hybrids are replacing all-metal structures in the automotive, aerospace and other indu...
AbstractAs plastics are utilized more and more frequently in our devices, it becomes necessary that ...
This study presents an investigation on the effectiveness, automation characteristics, and mechanics...
AbstractDirect thermal laser joining of plastic and metallic materials is nowadays arising as an alt...
Hybrid components combine the contradictory characteristics of plastics and metal and thus can lead ...
AbstractThis paper describes a laser-based process to join thermoplastics with metals thermally with...
Due to the effort of weight reduction in the manufacturing of vehicles, the application and therefor...
Hybrid joining of metals and plastics in order to produce lightweight parts is of growing interest i...
AbstractThe growing utilization of plastic materials in our devices calls for joining them with trad...
The joining of plastics and metals in order to produce lightweight but high strength parts becomes m...
AbstractLaser assisted metal plastic (LAMP) joining is a promising new joining technology. In the co...
AbstractParticularly in the automotive industry, the combination of dissimilar materials presents ma...
Particularly in the automotive industry, the combination of dissimilar materials presents manufactur...
The growing need of lightweight components determined a large exploitation of non metallic materials...
AbstractHybrid components combine the contradictory characteristics of plastics and metal and thus c...
Plastic-metal hybrids are replacing all-metal structures in the automotive, aerospace and other indu...
AbstractAs plastics are utilized more and more frequently in our devices, it becomes necessary that ...
This study presents an investigation on the effectiveness, automation characteristics, and mechanics...
AbstractDirect thermal laser joining of plastic and metallic materials is nowadays arising as an alt...
Hybrid components combine the contradictory characteristics of plastics and metal and thus can lead ...
AbstractThis paper describes a laser-based process to join thermoplastics with metals thermally with...