A description of the important physical metallurgy aspects of Ni3Al and NiAl encompassing structure, crystallographic defects, slip systems and phase stability has been presented in this article. The microstructures generated in the two alloys by conventional as well as novel processing techniques have been discussed. The effect of alloying additions on the microstructure has been enumerated. Besides description of the aforementioned physical metallurgy aspects, an important purpose of this review is to focus on the reasons of brittleness in the two alloys and means of alleviating this problem primarily by alloying. The effect of alloying on the slip behaviour has also been described
Better handling, be lighter, more fuel efficient and cause less pollution are some key requirements ...
Investigation on Intermetallic Nickel Aluminides (Ni3Al) was carried to determine the suitability of...
The paper reports on the fabrication and mechanical properties of Ni3Al based alloy, which represent...
The paper describes the preparation of Ni3Al-based intermetallic compounds and investigations of the...
Intermetallic compounds have long been recognized as potentially useful structural materials, Ni3Al ...
Intermetallic compounds have long been recognized as potentially useful structural materials, Ni3Al ...
The mechanical behavior of dual-phase NiAl(Cr) microstructures, consisting of elongated primary NiAl...
The paper presents an evaluation of the influence of the composition of alloys based on Ni3Al on the...
The objective of this research is to examine the possibility of using nickel aluminide for high temp...
The paper presents an evaluation of the influence of the composition of alloys based on Ni3 Al on t...
The paper presents an evaluation of the influence of the composition of alloys based on Ni3Al on the...
A comparative study of the microstructure, mechanical properties and fractography of Ni3Al macro- an...
This dissertation represents an investigation of the effect of various metallurgical parameters such...
Better handling, be lighter, more fuel efficient and cause less pollution are some key requirement o...
Investigation on Intermetallic Nickel Aluminides (Ni3Al) was carried to determine the suitability of...
Better handling, be lighter, more fuel efficient and cause less pollution are some key requirements ...
Investigation on Intermetallic Nickel Aluminides (Ni3Al) was carried to determine the suitability of...
The paper reports on the fabrication and mechanical properties of Ni3Al based alloy, which represent...
The paper describes the preparation of Ni3Al-based intermetallic compounds and investigations of the...
Intermetallic compounds have long been recognized as potentially useful structural materials, Ni3Al ...
Intermetallic compounds have long been recognized as potentially useful structural materials, Ni3Al ...
The mechanical behavior of dual-phase NiAl(Cr) microstructures, consisting of elongated primary NiAl...
The paper presents an evaluation of the influence of the composition of alloys based on Ni3Al on the...
The objective of this research is to examine the possibility of using nickel aluminide for high temp...
The paper presents an evaluation of the influence of the composition of alloys based on Ni3 Al on t...
The paper presents an evaluation of the influence of the composition of alloys based on Ni3Al on the...
A comparative study of the microstructure, mechanical properties and fractography of Ni3Al macro- an...
This dissertation represents an investigation of the effect of various metallurgical parameters such...
Better handling, be lighter, more fuel efficient and cause less pollution are some key requirement o...
Investigation on Intermetallic Nickel Aluminides (Ni3Al) was carried to determine the suitability of...
Better handling, be lighter, more fuel efficient and cause less pollution are some key requirements ...
Investigation on Intermetallic Nickel Aluminides (Ni3Al) was carried to determine the suitability of...
The paper reports on the fabrication and mechanical properties of Ni3Al based alloy, which represent...