bonding and no large discontinuity of properties at the layer/ substrate interface [5]. screws, impellers, liners, pump casings, runway light fixtures (aircraft carriers, airports), safety valves, sprocket wheels, pistons, seal rings (centrifugal pumps) and valve parts due to excellent corrosion resistance. However, their mechanical Available online at www.sciencedirect.com 20The overall properties of the MMC layer depend on the The injection of ceramic particles into a melt pool, which is created in the top of a metal substrate by a high power laser beam [1–4] may form metal matrix-ceramic composite (MMC) layers on metal surfaces. The main goal of this laser mel
M. Tech. Metallurgical EngineeringTitanium and its alloys exhibit poor tribological characteristics....
Laser cladding of stainless steel on ZK60/SiC composite was achieved by using a two-step method, i.e...
Using a continuous-wave CO2 laser, surface engineering of a Ti-6Al-4V alloy through a combined treat...
The laser fabrication of metal-matrix composite (MMC) layer on stainless steel 316L with the charact...
During the last decade, many studies have been devoted to metal matrix composites (MMC), consisting ...
Laser fabrication of ceramic-reinforced metal-matrix composite (MMC) layer on stainless steel 316L w...
Current trends in the mechanics and energy industries impose increasing demands on metallic materia...
peer reviewedThis paper reports on a preliminary investigation into the elaboration, by the additive...
Particulate metal-ceramic composite layers were formed using a CO2-Laser. Opposed to other methods h...
Different weight ratio of titanium and SiC powders were mixed and then laser surface alloyed onto Al...
Two laser surface engineering techniques, Laser Cladding and Laser Melt Injection (LMI), were used t...
Metal-ceramic composites are used extensively in surface modification. Laser cladding, as one of the...
This paper reviews the challenges and opportunities related to the production of of metal matrix com...
Many industrial tools/equipment require superior surface properties such as high abrasive wear and c...
peer reviewedMetal matrix composites (MMCs) offer the possibility to enhance the mechanical properti...
M. Tech. Metallurgical EngineeringTitanium and its alloys exhibit poor tribological characteristics....
Laser cladding of stainless steel on ZK60/SiC composite was achieved by using a two-step method, i.e...
Using a continuous-wave CO2 laser, surface engineering of a Ti-6Al-4V alloy through a combined treat...
The laser fabrication of metal-matrix composite (MMC) layer on stainless steel 316L with the charact...
During the last decade, many studies have been devoted to metal matrix composites (MMC), consisting ...
Laser fabrication of ceramic-reinforced metal-matrix composite (MMC) layer on stainless steel 316L w...
Current trends in the mechanics and energy industries impose increasing demands on metallic materia...
peer reviewedThis paper reports on a preliminary investigation into the elaboration, by the additive...
Particulate metal-ceramic composite layers were formed using a CO2-Laser. Opposed to other methods h...
Different weight ratio of titanium and SiC powders were mixed and then laser surface alloyed onto Al...
Two laser surface engineering techniques, Laser Cladding and Laser Melt Injection (LMI), were used t...
Metal-ceramic composites are used extensively in surface modification. Laser cladding, as one of the...
This paper reviews the challenges and opportunities related to the production of of metal matrix com...
Many industrial tools/equipment require superior surface properties such as high abrasive wear and c...
peer reviewedMetal matrix composites (MMCs) offer the possibility to enhance the mechanical properti...
M. Tech. Metallurgical EngineeringTitanium and its alloys exhibit poor tribological characteristics....
Laser cladding of stainless steel on ZK60/SiC composite was achieved by using a two-step method, i.e...
Using a continuous-wave CO2 laser, surface engineering of a Ti-6Al-4V alloy through a combined treat...