Add to ORKGIn the last years lightweight constructions have gained in importance especially in the automotive sector. Combining materials in hybrid components leads to a high potential for weight reduction. One possibility for such a multi-material design approach is the combination of polymer and metal in one component. In this work the deformation and damage behavior of advanced longfiber reinforced polymer metal hybrids is investigated experimentally. The investigated joints of the in mould assembly produced components are partly based on mechanical interlocking and the transmission of force via the interface between the polymer and the metal
An advanced method for joining fibre reinforced polymers to metallic substrates has been investigate...
Reinforcing stringers, lightweight construction materials and targeted pre-stresses can be used to i...
This paper presents an environmentally friendly joining process based on sheet-bulk plastic deformat...
The joint of long fiber reinforced thermoplastic polymer metal-hybrid structures is evaluated. For t...
The combination of metal and plastic parts in form of hybrid components is increasingly establishing...
Compared to monolithic constructions, hybrid structures have properties that are more beneficial. Fo...
In the present work the application of proadhesion interlayers based on epoxy resin compounds as the...
In this study, the shaping and assembly behavior of adhesive polymer-metal-composites was investigat...
Composite multi-material structures for the automotive industry are another step forward. This is be...
Metal plastic hybrids will become more important as components for lightweight constructions. It is ...
Joining of dissimilar materials is gaining more and more importance especially in the automotive ind...
Lightweight design for automotive applications gains more and more importance for future products, i...
Components made of fiber-reinforced plastics make an important contribution to reducing vehicle weig...
Hybrid parts, which combine low weight with high strength, are moving into the focus of the automoti...
In this study, the shaping and assembly behavior of adhesive polymer-metal-composites was investigat...
An advanced method for joining fibre reinforced polymers to metallic substrates has been investigate...
Reinforcing stringers, lightweight construction materials and targeted pre-stresses can be used to i...
This paper presents an environmentally friendly joining process based on sheet-bulk plastic deformat...
The joint of long fiber reinforced thermoplastic polymer metal-hybrid structures is evaluated. For t...
The combination of metal and plastic parts in form of hybrid components is increasingly establishing...
Compared to monolithic constructions, hybrid structures have properties that are more beneficial. Fo...
In the present work the application of proadhesion interlayers based on epoxy resin compounds as the...
In this study, the shaping and assembly behavior of adhesive polymer-metal-composites was investigat...
Composite multi-material structures for the automotive industry are another step forward. This is be...
Metal plastic hybrids will become more important as components for lightweight constructions. It is ...
Joining of dissimilar materials is gaining more and more importance especially in the automotive ind...
Lightweight design for automotive applications gains more and more importance for future products, i...
Components made of fiber-reinforced plastics make an important contribution to reducing vehicle weig...
Hybrid parts, which combine low weight with high strength, are moving into the focus of the automoti...
In this study, the shaping and assembly behavior of adhesive polymer-metal-composites was investigat...
An advanced method for joining fibre reinforced polymers to metallic substrates has been investigate...
Reinforcing stringers, lightweight construction materials and targeted pre-stresses can be used to i...
This paper presents an environmentally friendly joining process based on sheet-bulk plastic deformat...