In-situ processing offers significant advantages over conventional processing from both technical and economic standpoints. Al-TiO2 is one of the interesting systems that has recently been receiving some attention. In this paper, the formation mechanism of Al3Ti and Al2O3 from an Al-TiO2 system is investigated by using thermal analysis, XRD and microstructural characterisation. It is found that the in-situ processing involves three intermediate steps. In addition, TiO and gamma-Al2O3 are transitional phases, which form during the reactive process. (C) 2000 Elsevier Science Ltd. All rights reserved.status: publishe
Differential thermal analysis was undertaken to determine the reaction path of the synthesis of alph...
The sintering behaviour and microstructures of Ti(Al,O)/Al₂O₃, Ti₃Al(O)/Al₂O₃ and TiAl(O)/Al₂O₃ in s...
In the last decade, new in-situ techniques for fabricating metal and intermetallic matrix composites...
A hierarchically structured α-Al₂O₃/Al₃Ti composite was fabricated by an in situ process called exot...
Max phase Ti(3)AlC(2)composite, which generally requires high energy ball milling and reactions at h...
Recently the fabrication of ceramics starting from the appropriate melts of the educts has attracted...
In-situ aluminum matrix composites were fabricated from Al-TiO 2-graphitic C powder mixtures using e...
An in situ titanium trialuminide (Al3Ti)-particle-reinforced magnesium matrix composite has been suc...
The paper focusses on the phase and microstructural evolution in ceramic composite based on alumina ...
The fine Al3Ti compound powders were produced directly from the oxide mixtures of TiO2 and Al2O3 by ...
A new spray forming technique has been developed to synthesise aluminium based metal matrix composit...
The present paper reports on the preparation of various Al-5Ti master alloys by the reaction of hali...
Aluminum-based composites have many advantages over their conventional counterparts. A major problem...
Al2 O3 -Al2 TiO5 -TiO2 composites can be obtained by the infiltration of molecular titanium precurs...
In this work, an in-situ Al3Ti–Al2O3 composite was optimally synthesized from raw powders via mechan...
Differential thermal analysis was undertaken to determine the reaction path of the synthesis of alph...
The sintering behaviour and microstructures of Ti(Al,O)/Al₂O₃, Ti₃Al(O)/Al₂O₃ and TiAl(O)/Al₂O₃ in s...
In the last decade, new in-situ techniques for fabricating metal and intermetallic matrix composites...
A hierarchically structured α-Al₂O₃/Al₃Ti composite was fabricated by an in situ process called exot...
Max phase Ti(3)AlC(2)composite, which generally requires high energy ball milling and reactions at h...
Recently the fabrication of ceramics starting from the appropriate melts of the educts has attracted...
In-situ aluminum matrix composites were fabricated from Al-TiO 2-graphitic C powder mixtures using e...
An in situ titanium trialuminide (Al3Ti)-particle-reinforced magnesium matrix composite has been suc...
The paper focusses on the phase and microstructural evolution in ceramic composite based on alumina ...
The fine Al3Ti compound powders were produced directly from the oxide mixtures of TiO2 and Al2O3 by ...
A new spray forming technique has been developed to synthesise aluminium based metal matrix composit...
The present paper reports on the preparation of various Al-5Ti master alloys by the reaction of hali...
Aluminum-based composites have many advantages over their conventional counterparts. A major problem...
Al2 O3 -Al2 TiO5 -TiO2 composites can be obtained by the infiltration of molecular titanium precurs...
In this work, an in-situ Al3Ti–Al2O3 composite was optimally synthesized from raw powders via mechan...
Differential thermal analysis was undertaken to determine the reaction path of the synthesis of alph...
The sintering behaviour and microstructures of Ti(Al,O)/Al₂O₃, Ti₃Al(O)/Al₂O₃ and TiAl(O)/Al₂O₃ in s...
In the last decade, new in-situ techniques for fabricating metal and intermetallic matrix composites...