Mechanisms of dynamic recrystallization operating at severe plastic deformation in a wide temperature range are reviewed for aluminum alloys. The main mechanism of grain refinement in all aluminum alloys is continuous dynamic recrystallization (CDRX). Temperature, deformation process and distribution of secondary phases strongly affect the CDRX mechanism. Initial formation of geometrically necessary boundaries (GNBs) and a dispersion of nanoscale particles accelerate CDRX facilitating the formation of a 3D network of low-angle boundaries (LAB) followed by their gradual transformation to high-angle boundaries (HAB
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
Mechanisms of dynamic recrystallization operating at severe plastic deformation in a wide temperatur...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
Continuous dynamic recrystallization (cDRX) dominates microstructural evolution during the hot worki...
The mechanism of grain formation during equal channel angular extrusion (ECAE) in a 2219 Al alloy ha...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The evolution of the new microstructures produced by two types of dynamic recrystallization is revie...
189 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2001.In-situ TEM experiments were ...
Recrystallized grains, less than 200 nm in diameter were observed in heavily shear zones of a high s...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
Mechanisms of dynamic recrystallization operating at severe plastic deformation in a wide temperatur...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
Continuous dynamic recrystallization (cDRX) dominates microstructural evolution during the hot worki...
The mechanism of grain formation during equal channel angular extrusion (ECAE) in a 2219 Al alloy ha...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The control of a microstructure, during and after hot forming, is crucial to tailor optimum mechanic...
The evolution of the new microstructures produced by two types of dynamic recrystallization is revie...
189 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2001.In-situ TEM experiments were ...
Recrystallized grains, less than 200 nm in diameter were observed in heavily shear zones of a high s...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...
The hot deformation behavior of aluminum of different purities has been studied in the temperature r...