Add to ORKGSuperlastic forming (SPF) of high strength aluminium alloys such as AA7475 has shown great potential in the aerospace and automobile industry. Unfortunately, Al alloys usually suffer from cavitation during SPF, which will lead to the degradation of the overall properties of the post-SPF materials. This motivated the present work to characterize the microstructure evolution.Doctor of Philosophy (MPE
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging mi...
The effect of grain size on the superplastic deformation behavior of a 7475 Al alloy has been studie...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
textAluminum alloys are of great interest to the automobile industry for vehicle mass reduction, whi...
textThe superplastic forming (SPF) process has been of interest to automotive manufacturers for sev...
The large elongations associated with superplasticity are observed only in materials with fine grain...
The microstructural evolution during superplastic deformation of the 6061 alloy has been studied qua...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging m...
A specific objective of this work is to examine the microstructural evolution, cavitation, and fract...
Effect of stress state on cavitation and deformation behaviour of superplastic or superplastic-like ...
This paper describes a new approach for identification of the optimum pressure history for SPF proce...
Microstructural evolution and cavitation behavior of the 5083 alloy during superplastic deformationy...
International audienceMany superplastic alloys are sensitive to strain induced cavitation. A specifi...
The mechanisms of tensile failure in four 5083 aluminum sheet materials are evaluated under conditio...
The data of microstructural observation and misorientation analysis show that low-angle boundaries (...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging mi...
The effect of grain size on the superplastic deformation behavior of a 7475 Al alloy has been studie...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...
textAluminum alloys are of great interest to the automobile industry for vehicle mass reduction, whi...
textThe superplastic forming (SPF) process has been of interest to automotive manufacturers for sev...
The large elongations associated with superplasticity are observed only in materials with fine grain...
The microstructural evolution during superplastic deformation of the 6061 alloy has been studied qua...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging m...
A specific objective of this work is to examine the microstructural evolution, cavitation, and fract...
Effect of stress state on cavitation and deformation behaviour of superplastic or superplastic-like ...
This paper describes a new approach for identification of the optimum pressure history for SPF proce...
Microstructural evolution and cavitation behavior of the 5083 alloy during superplastic deformationy...
International audienceMany superplastic alloys are sensitive to strain induced cavitation. A specifi...
The mechanisms of tensile failure in four 5083 aluminum sheet materials are evaluated under conditio...
The data of microstructural observation and misorientation analysis show that low-angle boundaries (...
The process of superplastic forming in 7475 aluminum alloy was analyzed using orientation imaging mi...
The effect of grain size on the superplastic deformation behavior of a 7475 Al alloy has been studie...
Flow shifts and changes in microstructure were investigated for superplastic deformation of 7475 Al ...