Electrical steels can be classified into two groups: grain-oriented (GO) and non-oriented (NGO) electrical steel. NGO are mainly considered as core materials for different devices, such electric motors, generators, rotating machines. The magnetic properties texture evolution of depend on multiple factors (such chemical content, heat-treatment, rolling process) making the development new product...

An Mg-3Gd (wt.%) sample with gradient rolling strains (ε = 0–0.55) was prepared using a wedge-shaped plate after one-pass hot rolling, allowing high-throughput characterization of microstructure and texture over wide strain range within one hot-rolled plate. The evolutions were characterized as function for the as-hot-rolled annealing temperature subsequently annealed samples. deformed showed g...

The crystallographic texture evolution of ultra high molecular weight polyethylene (UHMWPE) subjected to different strains (up engineering 3.00) under uniaxial tension is presented in this work. A somewhat linear with 60% crystalline region and 40% amorphous has been used study. Wide angle X-ray diffraction utilized study the undeformed deformed UHMWPE samples help pole figures. components have...

Ausforming treatments at different temperatures were applied to a medium CSi rich carbide free bainitic steel, and the role of transformation plasticity on evolution microstructure is discussed. Three ausforming selected prior isothermal bainite 325 °C. Deformation was above start temperature, BS, (600 °C), below BS (400 temperature (325 °C). A combination high-resolution dilatometry, XRD, SEM,...

Neutron diffraction spectra were obtained during various stages of a reversible stress-induced austenite to martensite phase transformation in superelastic NiTi. This was accomplished by neutron diffraction measurements on bulk polycrystalline NiTi samples simultaneously subjected to mechanical loading. Analysis of the data was carried out using individual lattice plane ~hkl! reflections as wel...

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 variable temperatures down to 153 K. A detailed powder diffraction analysis has been performed to probe the austenite-to-martensite transformation by characterizing the evolution of the phase fraction, load pa...