Our basic aim with the present review is to address the classical problem of the “fcc rolling
texture transition”–the fact that fcc materials may, depending on material parameters and …

The transition in deformation textures between low stacking fault energy fcc metals (eg brass
textures) and the medium to high stacking fault energy fcc metals (eg copper textures) is …

Texture evolution in nickel, copper and α-brass that are representative of face-centered-
cubic (fcc) materials with different stacking fault energy (SFE) during cold rolling was …

Purpose: The paper analyses the influence of plastic deformation in cold working process on
the texture and structure of X5CrNi18-8 austenitic stainless steel. Design/methodology …

In the present study, we propose a novel interpretation of γ-fiber⟨ 111⟩‖ ND development
during warm rolling of superalloy 625 solely based on reaction stresses generated across …

Alternating bending shear stresses lead to the formation of twin orientations in the texture of
FCC materials with middle and low stacking fault energy (SFE). Only in the stainless steel …

It is demonstrated that a number of the conclusions drawn by Singh, Ramaswamy and
Suryanaryana (1992) in an investigation of the texture development in rolled austenitic steel …

Deformation texture evolution in two-phase x Fe-y Ni-(100-xy) Cr model alloys and Ti-13Nb-
13Zr alloy was studied during rolling to develop an understanding of micro-mechanisms of …

The texture evolution in hot band and annealed hot bands of low alloyed ferritic stainless
steel with about 11 wt-% Cr was experimentally investigated using quantitative texture …

The investigation presents the evolution of texture and microstructure of cold-rolled
austenitic AISI 301 stainless steel sheets. The austenite steel was deformed by cold-rolling …