Add to ORKGHigh strength aluminium alloys of the 7075 (Al-Zn-Mg-Cu) type containing 1.0 wt% each of Fe, Co, Mn, and Ni were rapidly solidified at 104 to 105 - Ks by the centrifugal atomisation and rapid solidification technique. The alloys obtained in the form of thin platelets of 3.0 to 5.0 mm in diameter were consolidated by compacting, vacuum heat treatment and hot extrusion. The microstructural features of the platelets and the consolidated rods were studied. The alloys were found to exhibit a moderate increase in tensile strength
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
In this study, Al based Al-3 wt.%Fe, Al-3 wt.%Cu and Al-3 wt.%Ni alloys were prepared by conventiona...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
158-163High strength aluminium alloys of 7075 type, modified by the addition of 1.0 wt% Fe, Mn, or ...
The critical need for high strength, high performance, and cost effective materials has resulted in ...
Rapid solidification (RS) experiments have been carried out on high-strength AIZnMgCuX alloys (X = Z...
The paper deals initially with the structure of liquid aluminium alloys in terms of the existence of...
Mechanical properties of aluminium alloys highly depend on their phase composition and microstructur...
Magnesium-Aluminium-Zinc powders are produced by centrifugal atomization. The microstructural refine...
This paper presents the results of a cooperative study between AEROSPATIALE, DASSAULT AVIATION, BRIT...
Magnesium-Aluminium-Zinc powders are produced by centrifugal atomization. The microstructural refine...
This paper presents the results of a cooperative study between AEROSPATIALE, DASSAULT AVIATION, BRIT...
This paper presents the results of a cooperative study between AEROSPATIALE, DASSAULT AVIATION, BRIT...
Aluminium alloys with a combination of mechanical properties and light weight are in great demand fo...
The development of aluminium alloys that can be processed by Rapid Solidification (RS) techniques fo...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
In this study, Al based Al-3 wt.%Fe, Al-3 wt.%Cu and Al-3 wt.%Ni alloys were prepared by conventiona...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
158-163High strength aluminium alloys of 7075 type, modified by the addition of 1.0 wt% Fe, Mn, or ...
The critical need for high strength, high performance, and cost effective materials has resulted in ...
Rapid solidification (RS) experiments have been carried out on high-strength AIZnMgCuX alloys (X = Z...
The paper deals initially with the structure of liquid aluminium alloys in terms of the existence of...
Mechanical properties of aluminium alloys highly depend on their phase composition and microstructur...
Magnesium-Aluminium-Zinc powders are produced by centrifugal atomization. The microstructural refine...
This paper presents the results of a cooperative study between AEROSPATIALE, DASSAULT AVIATION, BRIT...
Magnesium-Aluminium-Zinc powders are produced by centrifugal atomization. The microstructural refine...
This paper presents the results of a cooperative study between AEROSPATIALE, DASSAULT AVIATION, BRIT...
This paper presents the results of a cooperative study between AEROSPATIALE, DASSAULT AVIATION, BRIT...
Aluminium alloys with a combination of mechanical properties and light weight are in great demand fo...
The development of aluminium alloys that can be processed by Rapid Solidification (RS) techniques fo...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...
In this study, Al based Al-3 wt.%Fe, Al-3 wt.%Cu and Al-3 wt.%Ni alloys were prepared by conventiona...
This paper reports the findings of the microstructural and tensile properties in rapidly solidified ...