Numerical prediction of curing and process-induced distortion of composite structures
Bernath, Alexander
Numerical prediction of curing and process-induced distortion of composite structures - Karlsruhe KIT Scientific Publishing 2021 - 1 electronic resource (296 p.)
Open Access
Fiber-reinforced materials offer a huge potential for lightweight design of load-bearing structures. However, high-volume production of such parts is still a challenge in terms of cost efficiency and competitiveness. Numerical process simulation can be used to analyze underlying mechanisms and to find a suitable process design. In this study, the curing process of the resin is investigated with regard to its influence on RTM mold filling and process-induced distortion.
Creative Commons
English
KSP/1000125453 9783731510635
10.5445/KSP/1000125453 doi
Mechanical engineering & materials
Prozesssimulation Leichtbau Faserverbundwerkstoff Formfüllsimulation Bauteilverzug process simulation lightweight design composite mold-filling simulation process-induced distortion
Numerical prediction of curing and process-induced distortion of composite structures - Karlsruhe KIT Scientific Publishing 2021 - 1 electronic resource (296 p.)
Open Access
Fiber-reinforced materials offer a huge potential for lightweight design of load-bearing structures. However, high-volume production of such parts is still a challenge in terms of cost efficiency and competitiveness. Numerical process simulation can be used to analyze underlying mechanisms and to find a suitable process design. In this study, the curing process of the resin is investigated with regard to its influence on RTM mold filling and process-induced distortion.
Creative Commons
English
KSP/1000125453 9783731510635
10.5445/KSP/1000125453 doi
Mechanical engineering & materials
Prozesssimulation Leichtbau Faserverbundwerkstoff Formfüllsimulation Bauteilverzug process simulation lightweight design composite mold-filling simulation process-induced distortion