Within the "MultiCycCon" project, Fraunhofer LBF and BAM investigate how repeated recycling affects the environmental stress cracking resistance (ESCR) of high-density po...
Over time, even the toughest metal parts can succumb to wear and tear, leaving operations vulnerable to equipment failure and unplanned downtime. Protective coatings, suc...
As part of the HIP-LMD project, a hybrid process model for laser material deposition was developed that combines physical simulations with data-driven methods.
Manufacturing and maintaining die-casting tools professionally is crucial to the foundry industry: As one of the most expensive assets, these tools play a decisive role i...
Resistance spot welding (RSW) pose a variety of challenges to users when joining modern aluminum alloys, especially when it comes to dissimilar joints between dissimilar...
The new RTV silicone combines thermal conductivity with structural strength and residual flexibility – properties crucial for modern battery modules and power electronics...
The article describes a new brazing technique that involves metallizing the ceramic through vacuum brazing, followed by induction brazing with metal in air using flux. Th...
A pioneering SKZ project developed the first time-lapse method to quantitatively assess stress crack failure in plastics exposed to media.
