Add to ORKGThe present study is devoted to the effect of cryorolling (– 150 °C) in mill rolls implementing shear alternating severe plastic deformation (SPD) on the microstructure and mechanical properties of the alloy. Comparison of the processes of cryorolling (CR) and rolling at room temperature (RTR) is given. The study of the microstructure of the samples and the mechanical properties showed that CR ensures the production of ultra-fine grained (UFG) material with an average grain size of 350 ÷ 500 nm, as well as an increase in hardness by 162,2 % (118 ± 2 HV) and Rm by 106,34 % (293 ± 5 MPa)
An effect of rolling temperature on the mechanical\ud properties and microstructural evolution of an...
This article presents a new method of obtaining bars from aluminum alloys D16 with ultrafine-grained...
This article presents a new method of obtaining bars from aluminum alloys D16 with ultrafine-grained...
The present study is devoted to the effect of cryorolling (– 150 °C) in mill rolls implementing shea...
AbstractThe effect of cryorolling followed by warm rolling (CR+WR) on strength and ductility of Al- ...
Rolling was performed on Al–Mg–Si alloy sheets to true strain values of 0.69 and 1.38 at both room t...
An aluminum alloy with a chemical composition of Al-6%Mg-0.35%Mn-0.2%Sc- 0.08%Zr-0.07%Cr (in wt.) an...
Aluminum alloys find the extensive applications in aerospace industry due to their light weight, and...
Al-3Mg-0.25Sc alloy with 50% and 75% rolling reductions from the initial thickness at room and cryog...
A solutionized Al2024 alloy was subjected to rolling at liquid nitrogen temperature (cryorolling) re...
AbstractIn the present work, commercially available Al 6063 alloy was subjected to multiaxial forgin...
The microstructure evolution and mechanical properties of ultrafine-grained (UFG) Al sheets subjecte...
An effect of rolling temperature on the mechanical properties and microstructural evolution of an Al...
An effect of rolling temperature on the mechanical properties and microstructural evolution of an A...
In the present study, aluminum alloy AA2219-T87 bars were cryorolled to various amounts of deformati...
An effect of rolling temperature on the mechanical\ud properties and microstructural evolution of an...
This article presents a new method of obtaining bars from aluminum alloys D16 with ultrafine-grained...
This article presents a new method of obtaining bars from aluminum alloys D16 with ultrafine-grained...
The present study is devoted to the effect of cryorolling (– 150 °C) in mill rolls implementing shea...
AbstractThe effect of cryorolling followed by warm rolling (CR+WR) on strength and ductility of Al- ...
Rolling was performed on Al–Mg–Si alloy sheets to true strain values of 0.69 and 1.38 at both room t...
An aluminum alloy with a chemical composition of Al-6%Mg-0.35%Mn-0.2%Sc- 0.08%Zr-0.07%Cr (in wt.) an...
Aluminum alloys find the extensive applications in aerospace industry due to their light weight, and...
Al-3Mg-0.25Sc alloy with 50% and 75% rolling reductions from the initial thickness at room and cryog...
A solutionized Al2024 alloy was subjected to rolling at liquid nitrogen temperature (cryorolling) re...
AbstractIn the present work, commercially available Al 6063 alloy was subjected to multiaxial forgin...
The microstructure evolution and mechanical properties of ultrafine-grained (UFG) Al sheets subjecte...
An effect of rolling temperature on the mechanical properties and microstructural evolution of an Al...
An effect of rolling temperature on the mechanical properties and microstructural evolution of an A...
In the present study, aluminum alloy AA2219-T87 bars were cryorolled to various amounts of deformati...
An effect of rolling temperature on the mechanical\ud properties and microstructural evolution of an...
This article presents a new method of obtaining bars from aluminum alloys D16 with ultrafine-grained...
This article presents a new method of obtaining bars from aluminum alloys D16 with ultrafine-grained...