The metal-forming industry is increasing its array of products every year. A connection
between scientific research and practical examples from industry keeps improving the rolling …

Refractory high-entropy alloys (HEAs) possess many useful properties such as high strength
and high-temperature stability. So far, most studies on refractory HEAs have been limited to …

Multi-pass deformation and annealing process is commonly utilized to prepare billets with
homogeneous fine microstructure. Characterizing the deformation and microstructural …

Dislocation slips, twinning, shear banding (SBs), strain localization, and martensite
formation are a few deformation modes that are activated in BCC metals and alloys. Strain …

In the current research, a new technique to produce ultra-high strength ferrite-martensite
dual phase (DP) steels with high ductility was developed for a low-cost plain low carbon …

The formation of a gradient microstructure in pure tantalum under the wear track of dry
sliding wear test was investigated. Materials were exposed to different amounts of Severe …

In order to study the influence of recovery, various pre-recovery treatments at different
temperatures followed by a recrystallization treatment are performed on deformed …

The techniques of equal channel angular pressing and hard cyclic viscoplastic deformation
were used to make changes in the microstructure and physical-mechanical properties of …

The evolution of dislocation arrangement during deformation can lead to the development of
dislocation substructures which have direct consequences on the subsequent …

The evolution of texture and microstructure uniformity in tantalum (Ta) sheets for sputtering
target applications is analyzed in detail across the thickness during asymmetric cross rolling …