This paper concentrates on the laser particle injection process. TiC, TiN end SiC particles were injected into Ti-6Al-4V, which resulted in the formation of a metal matrix composite with modest dissolution of the added particles. The laser tracks with SIC exhibited a diversity of microstructures with high hardness. Slight changes in the conditions of injection process, substantially influenced the microstructure of the modified layer. Abrasive wear experiments were performed to examine the modified layer.</p
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
Laser processing of Ti-SiC composite coating on titanium was carried out to improve wear resistance ...
The Laser Melt Injection (LMI) process is explored to create a protective Metal Matrix Composite (MM...
This paper concentrates on the laser particle injection process. TiC, TiN end SiC particles were inj...
This paper concentrates on the laser particle injection process. Slight changes in the conditions of...
Metal-matrix-composites are produced by the laser particle injection processing route. SiC particles...
SiC particles with a mean size of 80 mu m were injected into Al substrate:by the laser particle inje...
The objective of this paper is to present an overview of the possibilities of the laser melt injecti...
The objective of this paper is to present an overview of the possibilities of the laser melt injecti...
Two laser surface engineering techniques, Laser Cladding and Laser Melt Injection (LMI), were used t...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
The properties and processing parameters of the metal matrix composite (MMC) surface layers, obtaine...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
Laser processing of Ti-SiC composite coating on titanium was carried out to improve wear resistance ...
The Laser Melt Injection (LMI) process is explored to create a protective Metal Matrix Composite (MM...
This paper concentrates on the laser particle injection process. TiC, TiN end SiC particles were inj...
This paper concentrates on the laser particle injection process. Slight changes in the conditions of...
Metal-matrix-composites are produced by the laser particle injection processing route. SiC particles...
SiC particles with a mean size of 80 mu m were injected into Al substrate:by the laser particle inje...
The objective of this paper is to present an overview of the possibilities of the laser melt injecti...
The objective of this paper is to present an overview of the possibilities of the laser melt injecti...
Two laser surface engineering techniques, Laser Cladding and Laser Melt Injection (LMI), were used t...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
The properties and processing parameters of the metal matrix composite (MMC) surface layers, obtaine...
A detailed electron microscopic examination of the interface between Ti and SiC is concentrated on. ...
Laser processing of Ti-SiC composite coating on titanium was carried out to improve wear resistance ...
The Laser Melt Injection (LMI) process is explored to create a protective Metal Matrix Composite (MM...