Phosphorous and boron segregation during resistance spot welding of advanced high strength steels

Performance of resistance spot welded joints in advance high strength steel in static and dynamic tensile tests

Advanced metal-forming technologies for automotive applications

Fosfor- en boriumsegregatie tijdens weerstandpuntlassen van geavanceerde hogesterktestalen

Performance of tensile tested resistance spot and laser welded joints at various angles

Poster: Issues concerning the use of welding simulations in the design of automotive applications

The effect of ageing on the spot weld strength of AHSS and the consequences for testing procedures

IIW Doc. III-1573-10 Performance of resistance spot welded joints in advance high strength steel in static and dynamic tensile tests

The influence of welding on advanced high strength TRIP and dual phase steels

Influence of the paint baking cycle on the mechanical properties of AHSS welded structures in automotive assemblies

Prediction of post weld hardness of advanced high strength steels for automotive application using a dedicated carbon equivalent number. IIW-1873-07

The effect of paint baking cycles on the spot weld strength of AHSS and consequences for testing procedures

The effect of ageing on the spot weld strength of AHSS and consequences for testing procedures

Failure modes of resistance spot welded advanced high strength steels

Thermal and electrical resistance in resistance spot welding

Prediction of post weld hardness of advanced high strength steels for automotive application using a dedicated carbon equivalence number

Post weld heat treatment of advanced high strength steel for automotive joining

The influence of electrode geometry on resistance spot welding of advanced high strength steels for automotive applications

Modelling the influence of resistance spot welding on material properties

Resistance spot welding of advanced high strength steels for the automotive industry