A simple instability condition is applied to delineate the regions of unstable metal flow in the processing map utilising flow stress data for AFNOR 7020 aluminium alloy, which was fitted in a constitutive equation. Unstable regions identified from the simple instability condition at different strain levels were superimposed in the processing map. This phenomenon takes into account the dependence of strain rate sensitivity and strain hardening effect on plastic instability during hot deformation of the material. The processing map has been developed and validated by comparing microstructural observations of deformed compression specimens
The hot deformation behavior of spray formed + HIPed Al-Li (UL40) alloy was studied using processing...
Using the test data of alpha(2) titanium aluminide alloy Ti-24Al-11Nb with microstructural observati...
The flow behavior of 5754 aluminum alloy was researched using the plane strain compression test for ...
AbstractThe true stress–strain curves of as-cast 7075 aluminum alloy have been obtained by isotherma...
The true stress–strain curves of as-cast 7075 aluminum alloy have been obtained by isothermal compre...
For the development of processing maps to zirconium alloys, a simple instability condition based on ...
The deformation behavior of 7005 alloy was studied by hot compression tests. The processing map was ...
The compression test flow stress data of Al-4Mg alloy at different temperatures and strain rates are...
The compression test flow stress data of Al-4Mg alloy at different temperatures and strain rates are...
The compression test flow stress data of Al-4Mg alloy at different temperatures and strain rates are...
Isothermal uniaxial compression tests were conducted on aluminum alloy AA2219 to study the evolution...
AbstractThe true stress–strain curves of as-cast 7075 aluminum alloy have been obtained by isotherma...
Forming and forging processes are among the oldest and most important materials related technologies...
A simple condition for metallurgical instability useful in the development of processing maps for an...
For the development of processing maps, a simple instability condition for assessing the extent of p...
The hot deformation behavior of spray formed + HIPed Al-Li (UL40) alloy was studied using processing...
Using the test data of alpha(2) titanium aluminide alloy Ti-24Al-11Nb with microstructural observati...
The flow behavior of 5754 aluminum alloy was researched using the plane strain compression test for ...
AbstractThe true stress–strain curves of as-cast 7075 aluminum alloy have been obtained by isotherma...
The true stress–strain curves of as-cast 7075 aluminum alloy have been obtained by isothermal compre...
For the development of processing maps to zirconium alloys, a simple instability condition based on ...
The deformation behavior of 7005 alloy was studied by hot compression tests. The processing map was ...
The compression test flow stress data of Al-4Mg alloy at different temperatures and strain rates are...
The compression test flow stress data of Al-4Mg alloy at different temperatures and strain rates are...
The compression test flow stress data of Al-4Mg alloy at different temperatures and strain rates are...
Isothermal uniaxial compression tests were conducted on aluminum alloy AA2219 to study the evolution...
AbstractThe true stress–strain curves of as-cast 7075 aluminum alloy have been obtained by isotherma...
Forming and forging processes are among the oldest and most important materials related technologies...
A simple condition for metallurgical instability useful in the development of processing maps for an...
For the development of processing maps, a simple instability condition for assessing the extent of p...
The hot deformation behavior of spray formed + HIPed Al-Li (UL40) alloy was studied using processing...
Using the test data of alpha(2) titanium aluminide alloy Ti-24Al-11Nb with microstructural observati...
The flow behavior of 5754 aluminum alloy was researched using the plane strain compression test for ...