The structure and chemistry of Al/C interfaces formed under the different processing parameters with dense carbon materials are investigated by transmission electron microscopy (TEM). The drop size interface consists of numerous fine particles less densely distributed in the region corresponding to the center of the drop. The alloying delays and prevents the formation of undesirable Al4C3 since TiC forms instead of Al4C3
International audienceAs a first step to devise a hybrid process for the production of TiC wear coat...
γ-based titanium aluminides are candidate materials for several high temperature structural applicat...
The features of inclusion and microstructure for Ti-added carbon structural steel were studied throu...
The structure and chemistry of Al/C interfaces formed under the different processing parameters with...
The structure and chemistry of interfaces formed between molten Al or Al-6Ti alloy and dense carbon ...
The chemical and physical interaction of liquid metal surfaces with various substrates is an importa...
Ti-6%Al-4%V composites containing 20?vol.% TiC particles were sintered at temperatures between 1273 ...
Cemented carbides with sub-micron grain size have increased the need to restrict grain growth during...
The microstructure and phase composition of Al/Ti/Al interfaces with respect to theirlocalization we...
This paper describes the microstructure and the formation mechanism of solid-state diffusion bonded ...
The composite of Ti6Al4V alloy, reinforced by unidirectional SiC fibres coated with graphite, has be...
Ti2AlC is a typical MAX (M: early transition metal, A: main group element, and X: carbon and/or nitr...
Aluminum boron carbide particulate reinforced composites have found new applications in nuclear indu...
Carbon-fiber (CF)–reinforced aluminum-matrix composites were prepared by spreading fibers and squeez...
Although the interface phase in titanium alloys has recently been shown to be an artefact caused by ...
International audienceAs a first step to devise a hybrid process for the production of TiC wear coat...
γ-based titanium aluminides are candidate materials for several high temperature structural applicat...
The features of inclusion and microstructure for Ti-added carbon structural steel were studied throu...
The structure and chemistry of Al/C interfaces formed under the different processing parameters with...
The structure and chemistry of interfaces formed between molten Al or Al-6Ti alloy and dense carbon ...
The chemical and physical interaction of liquid metal surfaces with various substrates is an importa...
Ti-6%Al-4%V composites containing 20?vol.% TiC particles were sintered at temperatures between 1273 ...
Cemented carbides with sub-micron grain size have increased the need to restrict grain growth during...
The microstructure and phase composition of Al/Ti/Al interfaces with respect to theirlocalization we...
This paper describes the microstructure and the formation mechanism of solid-state diffusion bonded ...
The composite of Ti6Al4V alloy, reinforced by unidirectional SiC fibres coated with graphite, has be...
Ti2AlC is a typical MAX (M: early transition metal, A: main group element, and X: carbon and/or nitr...
Aluminum boron carbide particulate reinforced composites have found new applications in nuclear indu...
Carbon-fiber (CF)–reinforced aluminum-matrix composites were prepared by spreading fibers and squeez...
Although the interface phase in titanium alloys has recently been shown to be an artefact caused by ...
International audienceAs a first step to devise a hybrid process for the production of TiC wear coat...
γ-based titanium aluminides are candidate materials for several high temperature structural applicat...
The features of inclusion and microstructure for Ti-added carbon structural steel were studied throu...