Exothermicity associated with the synthesis of aluminides can be utilized to obtain aluminides of transition metals. Combustion synthesis, extrusion, and hot pressing were utilized to obtain dense intermetallics and their composites. Composites were analyzed by X- ray diffraction and microscopy techniques, and tensile properties were measured on button-head and sheet specimens of intermetallics and their composites. Mechanical properties of intermetallics obtained by reaction synthesis and densification compare well with conventionally processed materials. Reaction-synthesis principles were also extended to weld overlays. Possible approaches to obtaining dense products by reaction synthesis and densification are summarized in a schematic il...
Bachelor’s thesis deals with iron aluminides. In literature analysis are the best known and the most...
During exothermic reactions a significant amount of heat is released. This heat can be further utili...
Typically synthesis of technical ceramics, such mullite and spinels, requires high temperatures and ...
Exothermicity associated with the synthesis of aluminides was utilized to obtain nickel, iron, and c...
Joining techniques of aluminide-based intermetallic compounds have been reviewed. Especially, reacti...
A novel method, developed for the simultaneous combustion synthesis and densification of an intermet...
Composites of Ni and Fe aluminides were obtained by hot pressing and hot extrusion of a blended mixt...
Intermetallic compounds, intermetallics, are characterized by interesting properties, such as e.g. e...
Ceramic-metal and ceramic-intermetallic composites were prepared by reactive hot pressing. The ceram...
Ceramic-metal composites can be made to near-net-shape by reactive penetration of dense ceramic pref...
This work deals with issues of preparation of intermetallics based on iron, nickel and titanium alum...
Aluminum and metal-oxide powders were mixed using mechanical alloying. Exothermic displacement react...
Combustion synthesis or self-propagating high temperature synthesis (SHS) is effected by heating a r...
Ceramic-metal composites can be made to near-net-shape by reactive penetration of dense ceramic pref...
Structural components such as those used in gas turbines for energy conversion applications, are sub...
Bachelor’s thesis deals with iron aluminides. In literature analysis are the best known and the most...
During exothermic reactions a significant amount of heat is released. This heat can be further utili...
Typically synthesis of technical ceramics, such mullite and spinels, requires high temperatures and ...
Exothermicity associated with the synthesis of aluminides was utilized to obtain nickel, iron, and c...
Joining techniques of aluminide-based intermetallic compounds have been reviewed. Especially, reacti...
A novel method, developed for the simultaneous combustion synthesis and densification of an intermet...
Composites of Ni and Fe aluminides were obtained by hot pressing and hot extrusion of a blended mixt...
Intermetallic compounds, intermetallics, are characterized by interesting properties, such as e.g. e...
Ceramic-metal and ceramic-intermetallic composites were prepared by reactive hot pressing. The ceram...
Ceramic-metal composites can be made to near-net-shape by reactive penetration of dense ceramic pref...
This work deals with issues of preparation of intermetallics based on iron, nickel and titanium alum...
Aluminum and metal-oxide powders were mixed using mechanical alloying. Exothermic displacement react...
Combustion synthesis or self-propagating high temperature synthesis (SHS) is effected by heating a r...
Ceramic-metal composites can be made to near-net-shape by reactive penetration of dense ceramic pref...
Structural components such as those used in gas turbines for energy conversion applications, are sub...
Bachelor’s thesis deals with iron aluminides. In literature analysis are the best known and the most...
During exothermic reactions a significant amount of heat is released. This heat can be further utili...
Typically synthesis of technical ceramics, such mullite and spinels, requires high temperatures and ...