Solid state (diffusion) bonds have been developed in AA 7475E sheet material using different regimes of bonding temperature, pressure, and time. The bonds produced have exhibited shear strengths in the range 30–150 MN m−2 and have been found to be capable of withstanding peel during a slow high-temperature superplastic forming operation. However, the bonds formed under any one set of bonding conditions showed an extremely wide variation in both shear strength and shear fracture mode. The source of this wide variation has not yet been identified. © 1987 The Institute of Metals
Diffusion bonding of AZ91 alloy with a silver interlayer was carried out at 480C for different times...
Superplasticity refers to the ability of some materials to pull out to tensile elongations of 400% o...
Diffusion bonding is a process where two surfaces are brought into contact, and under heat and press...
Studies of microduplex Super Alpha-2 sheet have shown that the material has a considerable potential...
Earlier studies on diffusion bonding (DB) of Al alloys have focused mostly in extrinsically changing...
Ti-6Al-4V ELI (extra low interstitials) grade alloy provides improved ductility and fracture toughne...
Superplastic behaviour and isostatic diffusion bonding (DB) have been investigated for as-received a...
The aim of the present work was to determine the process conditions of pressure, temperature, and ti...
Thesis (Ph.D.)--University of Washington, 2020Superplastic forming and diffusion bonding is a well-e...
Solid state diffusion bonding in conjunction with superplastic forming is a potential candidate to p...
This paper summarized recent progress in metal superplasticity and the application of Superplastic F...
Commercially produced sheets of superplastic grade Al 7475 with various thicknesses have been charac...
A model has been developed to predict the time required to attain full interfacial contact during di...
The intermetallic phases possess a combination of outstanding properties, such as high strength and ...
362-367In this study, diffusion bonding behaviour of two high carbon hypoeutectoid steels was inve...
Diffusion bonding of AZ91 alloy with a silver interlayer was carried out at 480C for different times...
Superplasticity refers to the ability of some materials to pull out to tensile elongations of 400% o...
Diffusion bonding is a process where two surfaces are brought into contact, and under heat and press...
Studies of microduplex Super Alpha-2 sheet have shown that the material has a considerable potential...
Earlier studies on diffusion bonding (DB) of Al alloys have focused mostly in extrinsically changing...
Ti-6Al-4V ELI (extra low interstitials) grade alloy provides improved ductility and fracture toughne...
Superplastic behaviour and isostatic diffusion bonding (DB) have been investigated for as-received a...
The aim of the present work was to determine the process conditions of pressure, temperature, and ti...
Thesis (Ph.D.)--University of Washington, 2020Superplastic forming and diffusion bonding is a well-e...
Solid state diffusion bonding in conjunction with superplastic forming is a potential candidate to p...
This paper summarized recent progress in metal superplasticity and the application of Superplastic F...
Commercially produced sheets of superplastic grade Al 7475 with various thicknesses have been charac...
A model has been developed to predict the time required to attain full interfacial contact during di...
The intermetallic phases possess a combination of outstanding properties, such as high strength and ...
362-367In this study, diffusion bonding behaviour of two high carbon hypoeutectoid steels was inve...
Diffusion bonding of AZ91 alloy with a silver interlayer was carried out at 480C for different times...
Superplasticity refers to the ability of some materials to pull out to tensile elongations of 400% o...
Diffusion bonding is a process where two surfaces are brought into contact, and under heat and press...