Exothermicity associated with the synthesis of aluminides was utilized to obtain nickel, iron, and cobalt aluminides. Combustion synthesis, extrusion, and hot pressing were utilized to obtain intermetallics and their composites. Extrusion conditions, reduction ratios, and hot-pressing conditions of the intermetallics and their composites are discussed
Joining techniques of aluminide-based intermetallic compounds have been reviewed. Especially, reacti...
Alumina-aluminum composites can be prepared by reactive metal penetration (RMP) of mullite by alumin...
Two-phase (B2 + L1(2)) nickel aluminide intermetallic compounds were synthesized by the pressure-ass...
Exothermicity associated with the synthesis of aluminides can be utilized to obtain aluminides of tr...
Intermetallic compounds, intermetallics, are characterized by interesting properties, such as e.g. e...
Composites of Ni and Fe aluminides were obtained by hot pressing and hot extrusion of a blended mixt...
As pointed out by the in-depths studies on the mechanical and physical properties, intermetallic com...
A novel method, developed for the simultaneous combustion synthesis and densification of an intermet...
The processing of refractory metal intermetallic compounds by micropyretic synthesis has been discus...
Conventional manufacturing methods such as casting, powder sintering could be adopted for the produc...
Several Al–Ni alloys containing 20 to 80 at% nickel are produced from a mixture of aluminum and nick...
International audienceThe present study deals with synthesizing the NiAl compound through the therma...
This work deals with issues of preparation of intermetallics based on iron, nickel and titanium alum...
The intermetallic-based alloys for high-temperature applications are introduced. General characteris...
In this paper, we investigate the reaction mechanism followed during the solution combustion synthes...
Joining techniques of aluminide-based intermetallic compounds have been reviewed. Especially, reacti...
Alumina-aluminum composites can be prepared by reactive metal penetration (RMP) of mullite by alumin...
Two-phase (B2 + L1(2)) nickel aluminide intermetallic compounds were synthesized by the pressure-ass...
Exothermicity associated with the synthesis of aluminides can be utilized to obtain aluminides of tr...
Intermetallic compounds, intermetallics, are characterized by interesting properties, such as e.g. e...
Composites of Ni and Fe aluminides were obtained by hot pressing and hot extrusion of a blended mixt...
As pointed out by the in-depths studies on the mechanical and physical properties, intermetallic com...
A novel method, developed for the simultaneous combustion synthesis and densification of an intermet...
The processing of refractory metal intermetallic compounds by micropyretic synthesis has been discus...
Conventional manufacturing methods such as casting, powder sintering could be adopted for the produc...
Several Al–Ni alloys containing 20 to 80 at% nickel are produced from a mixture of aluminum and nick...
International audienceThe present study deals with synthesizing the NiAl compound through the therma...
This work deals with issues of preparation of intermetallics based on iron, nickel and titanium alum...
The intermetallic-based alloys for high-temperature applications are introduced. General characteris...
In this paper, we investigate the reaction mechanism followed during the solution combustion synthes...
Joining techniques of aluminide-based intermetallic compounds have been reviewed. Especially, reacti...
Alumina-aluminum composites can be prepared by reactive metal penetration (RMP) of mullite by alumin...
Two-phase (B2 + L1(2)) nickel aluminide intermetallic compounds were synthesized by the pressure-ass...
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