Real-time in situ neutron diffraction was used to characterize the crystal structure evolution
in a transformation-induced plasticity (TRIP) sheet steel during annealing up to 1000° C and …

Applications of neutron diffraction to microstructure evaluation of steel investigated by a
project commissioned by the Innovative Structural Materials Association are summarized …

A novel combined process of Cold Stamping (CS) and Hot Stamping (HS) with Quenching
and Partitioning (Q&P) treatment applied to advanced TRIP-assisted steel has been …

An in situ neutron diffraction experiment during austempering of low-alloyed transformation-
induced plasticity steel, Fe-1.48 Si-1.52 Mn-0.15 C, in wt pct was conducted. In this study …

The stability of the retained austenite has been studied in situ in low-alloyed transformation-
induced-plasticity (TRIP) steels using high-energy X-ray diffraction during tensile tests at …

In situ phase transformation behaviour of aluminium-containing transformation induced
plasticity steels, while subjecting them to heat affected zone weld thermal cycles have been …

A high-intensity and high-resolution neutron diffractometer with a thermomechanically
controlled processing simulator was employed in-situ to investigate martensite …

The phase transformation kinetics of a hot rolled transformation induced plasticity (TRIP)
steel is investigated by means of in situ high energy X‐ray diffraction. The samples are …

High-strength steels are mainly composed of medium-or low-temperature microstructures,
such as bainite or martensite, with coherent transformation characteristics. This type of …

The martensitic transformation behaviour of the metastable austenite phase in low-alloyed
transformation-induced plasticity (TRIP) steels has been studied in situ using high-energy X …