International audienceThe use of laser light for bonding of long fiber reinforced thermoplastic composites (LFTPC) offers new possibilities to overcome the constraints of conventional joining technologies. Laser specific transmission welding procedures are known in manufacturing of short fiber thermoplastic composites. The technical basics of the joining process and an outline of some material inherent characteristics using long glass fiber reinforced composites with PA resin are discussed. The technical feasibility and the mechanical characterization of laser bonded LFTPC are demonstrated. The results show that the laser provides an alternative joining technique and offers new perspectives to assemble structural components emerging in indu...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Current product development showing an ever shrinking physical volume is asking for new, reliable jo...
AbstractThe use of laser light for bonding of long fiber reinforced thermoplastic composites (LFTPC)...
The use of laser light for bonding of long fiber reinforced thermoplastic composites (LFTPC) offers ...
The use of laser light for bonding of continuous fiber reinforced thermoplastic composites (CFTPC) o...
As a result of their advantages, i.e. recyclability, weldability, environmental compatibility, long ...
AbstractIn the future the use of tailored multi-material components will increase because of lightwe...
Carbon-fiber-reinforced thermoplastic (CFRTP) materials have drawn considerable interest owing to th...
A laser fusion joining method is investigated for the purpose of through thickness strengthening of ...
AbstractThis paper presents experimental results of joining carbon fiber (CF) reinforced thermosetti...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
The joining of materials is essential to many industrial applications used today. However, it still ...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Current product development showing an ever shrinking physical volume is asking for new, reliable jo...
AbstractThe use of laser light for bonding of long fiber reinforced thermoplastic composites (LFTPC)...
The use of laser light for bonding of long fiber reinforced thermoplastic composites (LFTPC) offers ...
The use of laser light for bonding of continuous fiber reinforced thermoplastic composites (CFTPC) o...
As a result of their advantages, i.e. recyclability, weldability, environmental compatibility, long ...
AbstractIn the future the use of tailored multi-material components will increase because of lightwe...
Carbon-fiber-reinforced thermoplastic (CFRTP) materials have drawn considerable interest owing to th...
A laser fusion joining method is investigated for the purpose of through thickness strengthening of ...
AbstractThis paper presents experimental results of joining carbon fiber (CF) reinforced thermosetti...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
The joining of materials is essential to many industrial applications used today. However, it still ...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Laser-Assisted Direct Joining (LADJ) has been employed for a wide variety of materials including met...
Current product development showing an ever shrinking physical volume is asking for new, reliable jo...