A comprehensive review of recent literature on high strength, fine grained steels has been
conducted. While relevant technologies in alloy design, processing and heat treating are …

Two different joints of 2.5 mm thick 2519-T87 aluminum alloy sheets were obtained by
conventional friction stir welding (FSW) and tungsten inert gas (TIG) arc assisted FSW. The …

The microstructure, texture and grain boundary character distribution of Nb+ Ti stabilized
ferritic stainless steel were analyzed using scanning electron microscopy, transmission …

The present investigation deals with the impact of surface mechanical attrition treatment
(SMAT) on the surface roughness, microstructure, phase stability, hardness, and tensile …

In order to improve the r-value of ferritic stainless steel, the Nb+ Ti stabilized ferritic stainless
steel is subjected to two-step cold rolling and annealing treatment. The results show that two …

In order to better understand the texture, microstructure and grain boundaries character
distribution evolution of ferritic stainless steel, the texture, microstructure and grain …

In the last two decades, grain boundary engineering (GBE) study has neglected the high
stacking fault energy BCC materials. Researchers have tried many single or multi-step strain …

A comparison between the niobium-stabilized type ASTM 430, 430Nb, and niobium-titanium-
stabilized ASTM 439 ferritic stainless steels with respect to their microstructure and texture at …

In asymmetric rolling, it is possible to introduce a shear strain component in the bulk of the
sheet. In this work, the rolling sequence was changed in alternate passes by rotating the …

Medium manganese steel is typically fabricated from hot-rolling followed by cold-rolling and
intercritical annealing processes. However, a singular process, warm-rolling, is an …