AbstractRecrystallization kinetics of aluminum piston alloy is analyzed from the micro-hardness variation. Isothermally annealed samples were studied using JMAK type analysis to see if there exists any correlation between the two methods on analysis. Comparison between the two methods reveals that the alloy shows little variation in fraction recrystallization. It may be due to the precipitation hardening of the alloy. It also attains almost fully recrystallized state after 30minutes of annealing at 700oK
The influence of low heating rates on recrystallization of Al–Mg alloys was investigated as a comple...
During heat treatment, the work piece experiences a range of heating rates depending upon the sizes ...
Scandium plus zirconium additions to aluminum offer potent alloy strengthening opportunities with en...
AbstractRecrystallization kinetics of aluminum piston alloy is analyzed from the micro-hardness vari...
The evaluation of texture as a function of recrystallization has been characterized for directly col...
In previous work [1], we analyzed the recrystallization kinetics in cold-rolled AA5657 and AA5182 ba...
Abstract: The annealing kinetics of cold-rolled AA5182 and AA5657 aluminum alloy sheets have been in...
The present study addresses recrystallization process in Al-Mg-Mn-Zn-Zr system alloy samples. The sa...
Microstructural modeling of thermomechanical processing is well established as a valuable procedure ...
Recrystallization generally occurs at low temperatures which results in significant change inmechani...
Aluminum alloy has an extensive range of industrial application due to its consistent mechanical pro...
In this contribution, it has been studied effect of degree of cold plastic deformation on occurrence...
Low frequency internal friction has been used to study precipitation and recrystallization in Al Mn ...
The recrystallization behavior of an Al-Cu-Mg alloy is investigated in multi-directionally forged ov...
Recrystallization behavior of commercial purity aluminium alloys has been explained elaborately with...
The influence of low heating rates on recrystallization of Al–Mg alloys was investigated as a comple...
During heat treatment, the work piece experiences a range of heating rates depending upon the sizes ...
Scandium plus zirconium additions to aluminum offer potent alloy strengthening opportunities with en...
AbstractRecrystallization kinetics of aluminum piston alloy is analyzed from the micro-hardness vari...
The evaluation of texture as a function of recrystallization has been characterized for directly col...
In previous work [1], we analyzed the recrystallization kinetics in cold-rolled AA5657 and AA5182 ba...
Abstract: The annealing kinetics of cold-rolled AA5182 and AA5657 aluminum alloy sheets have been in...
The present study addresses recrystallization process in Al-Mg-Mn-Zn-Zr system alloy samples. The sa...
Microstructural modeling of thermomechanical processing is well established as a valuable procedure ...
Recrystallization generally occurs at low temperatures which results in significant change inmechani...
Aluminum alloy has an extensive range of industrial application due to its consistent mechanical pro...
In this contribution, it has been studied effect of degree of cold plastic deformation on occurrence...
Low frequency internal friction has been used to study precipitation and recrystallization in Al Mn ...
The recrystallization behavior of an Al-Cu-Mg alloy is investigated in multi-directionally forged ov...
Recrystallization behavior of commercial purity aluminium alloys has been explained elaborately with...
The influence of low heating rates on recrystallization of Al–Mg alloys was investigated as a comple...
During heat treatment, the work piece experiences a range of heating rates depending upon the sizes ...
Scandium plus zirconium additions to aluminum offer potent alloy strengthening opportunities with en...