Denis Pustovoytov, Alexander Pesin
Asymmetric sheet rolling is a process used when there are differences in any technological parameters in the horizontal plane across the width of the deformation zone or in the vertical plane between the top and bottom surfaces of the deformation zone. Asymmetry can either have random causes, or it can be created purposefully to reduce rolling force, improve sheet flatness, minimize the ski effect, obtain thinner sheets and for grain refinement and improvement of texture and mechanical properties of sheet metals and alloys. The purpose of this review is to analyze and summarize the most relevant information regarding the asymmetric (hot, warm, cold, cryo) rolling processes in terms of the effect of purposefully created asymmetry on grain size and mechanical properties of pure Mg, Al, Ti and their alloys. The classification and fundamentals of mechanics of the asymmetric rolling process are presented. Based on the analysis of publications related to asymmetric rolling, it was found that a superior balance of strength and ductility in pure Mg, Al, Ti and their alloys could be achieved due to this processing.
@article{b2bd00ab-c894-4fde-9f28-b7e9995149f5,
title={Asymmetric (Hot, Warm, Cold, Cryo) Rolling of Light Alloys: A Review},
author={Denis Pustovoytov and Alexander Pesin},
year={2021},
language={English}
}TY - JOUR TI - Asymmetric (Hot, Warm, Cold, Cryo) Rolling of Light Alloys: A Review AU - Denis Pustovoytov AU - Alexander Pesin PY - 2021 LA - English ER -
Jean-Philippe Monchoux, Alain Couret
After a few decades of increasing interest, spark plasma sintering (SPS) has now become a mature powder metallurgy technique, which allows assessing i
Tae-Hoon Nam, Eunsol An
The present study is to investigate the effect of post heat treatment on the microstructures and mechanical properties of a submerged-arc-welded 304 s
Damir Tomerlin, Dejan Mari´ c
During the manufacturing of welded structures, residual stresses are often present, and one common approach to mitigate these stresses is through Post
Xing Wang, Zhibin Yang
In this study, a 16 mm thick A710 low-alloy high-strength steel was welded by using flux-cored wire gas-shielded welding with an E81T1-Ni1M flux-cored
Petro Loboda, Constantine Zvorykin
In this article, structural features of Ti-TiB and (α+β) Ti alloys in the initial state, in the weld and in the heat-affected zone of electron beam we
Chanun Suwanpreecha, Anchalee Manonukul
Material extrusion additive manufacturing of metal (metal MEX), which is one of the 3D printing processes, has gained more interests because of its si