Abstract Wire and Arc Additive Manufacturing (WAAM) emerged as a manufacturing process
for large scale structures with extensive form and design freedom. WAAM can be fully …

Martensitic transformation is significant to strengthen steels, but its thermodynamic
prediction is restricted to simple systems due to lacking multicomponent interaction …

We have investigated the change of phase fraction during heat treatment for Fe–C–Mn–Si
and Fe–C–Mn–Si–Al transformation-induced plasticity (TRIP) steels. Combined …

Analysis of dilatometry and X-ray diffraction data demonstrates that the thermally induced
lattice expansion of face-centered and body-centered cubic iron in the temperature range …

The hot stamping of tailored properties is widely established in the automotive industry.
However, unlike conventional press hardening, this technique is designed to generate …

Assessing the local residual stress and orientation with nanometer resolution within
embedded steel grains has remained challenging. Here we use an advanced synchrotron …

In this study, fast-heating (300° C/s) was applied to achieve the intercritical annealing of a
cold-rolled quenching and partitioning (Q&P) steel with a wide range of soaking temperature …

Cementite dissolution in hypereutectoid steels containing Cr is analyzed using dilatometry
combined with consideration of the carbon content in the austenite. The results suggest that …

In this work, the influence of thermomechanical treatments, consisting of a combination of
ausforming followed by isothermal holding and cooling to room temperature, on the stability …

The versatility of dilatometric analysis and the application of such methods for different
analytical tasks regarding characterization of materials is a widely used tool in materials …