Add to ORKGyesThe data of microstructural observation and misorientation analysis show that low-angle boundaries (LAB) gradually convert to high-angle boundaries (HAB) resulting in an extensive flow softening. It was shown that grain boundary sliding (GBS) provides superplastic flow at all strains. Concurrently, GBS plays an important role in the dynamic evolution of new grains facilitating conversion of LABs to HABsBelgorod State Universit
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
Experiments were performed on the superplastic Zn-22% Al eutectoid alloy to determine the contributi...
Tensile experiments on a fine-grained single-phase Mg-Zn-Al alloy (AZ31) at 673 K revealed superplas...
The data of microstructural observation and misorientation analysis show that low-angle boundaries (...
Certain polycrystalline materials of fine equiaxed grains of size < 10 mum exhibit tensile ductility...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging m...
Aluminum alloys with a fine and recrystallized microstructure deform by grain boundary sliding at lo...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging mi...
A Zn-22% Al eutectoid alloy was processed by Equal-Channel Angular Processing (ECAP) to produce a gr...
Grain boundaries provide strength to materials at low temperatures by impeding slip transfer and the...
Specimens of the superplastic Zn–22% Al eutectoid alloy were processed by equal-channel angular pres...
European Research Council under ERCA Zn-22 % Al eutectoid alloy was processed by equal-channel angul...
The effect of flow localisation and specimen thickness on the superplastic deformation of the commer...
The effect of flow localisation and specimen thickness on the superplastic deformation of the commer...
A study has been made to investigate the superplastic deformation mechanisms of 7475 Al alloy in rel...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
Experiments were performed on the superplastic Zn-22% Al eutectoid alloy to determine the contributi...
Tensile experiments on a fine-grained single-phase Mg-Zn-Al alloy (AZ31) at 673 K revealed superplas...
The data of microstructural observation and misorientation analysis show that low-angle boundaries (...
Certain polycrystalline materials of fine equiaxed grains of size < 10 mum exhibit tensile ductility...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging m...
Aluminum alloys with a fine and recrystallized microstructure deform by grain boundary sliding at lo...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging mi...
A Zn-22% Al eutectoid alloy was processed by Equal-Channel Angular Processing (ECAP) to produce a gr...
Grain boundaries provide strength to materials at low temperatures by impeding slip transfer and the...
Specimens of the superplastic Zn–22% Al eutectoid alloy were processed by equal-channel angular pres...
European Research Council under ERCA Zn-22 % Al eutectoid alloy was processed by equal-channel angul...
The effect of flow localisation and specimen thickness on the superplastic deformation of the commer...
The effect of flow localisation and specimen thickness on the superplastic deformation of the commer...
A study has been made to investigate the superplastic deformation mechanisms of 7475 Al alloy in rel...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
Experiments were performed on the superplastic Zn-22% Al eutectoid alloy to determine the contributi...
Tensile experiments on a fine-grained single-phase Mg-Zn-Al alloy (AZ31) at 673 K revealed superplas...