Fraunhofer-Institut für Betriebsfestigkeit und Systemzuverlässigkeit LBF
The expansion of electro-mobility requires electric cars to have longer ranges. Lightweight materials with optimized material properties can help... [mehr]
The researchers are proposing both accelerated procedures in processing and in the characterisation of fire behaviour. The numerous investigations... [mehr]
What is the optimal combination of real and virtual world? The research team from Darmstadt developed tunable components and a mechanical... [mehr]
Short-fiber-reinforced thermoplastic injection molded parts are increasingly being used in place of steel or aluminum. The Fraunhofer Institute... [mehr]
The heat storage material developed by Fraunhofer Institute for Structural Durability and System Reliability LBF can be used to precondition the... [mehr]
Upcycling Instead of Recycling - - Dr.-Ing. Tapio Harmia, CEO of EASICOMP, explains: “We would not like to use recycled PET just for plastic... [mehr]
With this sensor system unfavorable operating conditions or fluctuations in material properties can be detected, thus minimizing the occurrence of... [mehr]
Plastics are conquering the earth - unfortunately not always to the earth’s advantage, as indicated by the increasing reports on plastic waste.... [mehr]
“Understanding how damage occurs to the material of a component while is placed under realistic mechanical loads is one of the key questions in... [mehr]
