Although magnesium alloys possess a set of desirable properties such as low specific weight and high specific strength that make them attractive to automotive and aerospace industries, they have poor wear and corrosion resistance compared to that of steel or aluminium alloys. This is due to their relatively low surface hardness and high chemical affinity for numerous elements. This study investigates the microstructure and wear characteristics of clad layers made of Al-12% Si, Al-30%Si, and a mixture of Al-12%Si (40%) and WC (60%). The claddings were deposited on creep resistant AS21 magnesium alloys using a high power Nd: YAG laser. The results indicate that the clad layers have better wear resistance than the substrate
Al12Si–NbC composite coatings were deposited by laser cladding on a substrate of Al–7Si alloy. The m...
Laser surface cladding was carried out on a creep-resistant MRI 153M magnesium alloy with a mixture ...
The microstructure and wear resistance of a laser surface alloyed Al-Mg-Si with Co alloy powder were...
Although magnesium alloys possess a set of desirable properties such as low specific weight and high...
Magnesium alloys are of growing interest for a number of applications in a range of industries becau...
Magnesium alloys are of growing interest for a number of applications in a range of industries becau...
AbstractLaser cladding with Al-Si powders have been carried out on three different magnesium alloys ...
Laser cladding is a well-known technique for wear protection coating tasks. Modern equipment for las...
Laser cladding is a well-known technique for wear protection coating tasks. Modern equipme...
Y2O3-reinforced Al-Si alloy coatings were prepared on the surface of a Mg alloy by the laser claddin...
International audienceThe development of the high purity magnesium alloys (such as WE43) incites the...
Increasing interest is to apply advanced laser technology for surface cladding on aluminium alloys o...
A creep resistant permanent mould cast Mg alloy MRI 230D was laser surface alloyed with Al and a mix...
Laser surface alloying is one of the recent technologies used in the manufacturing sector for improv...
The creation of a wear-resistant surface of metal matrix composite on AA6061 aluminum alloy by laser...
Al12Si–NbC composite coatings were deposited by laser cladding on a substrate of Al–7Si alloy. The m...
Laser surface cladding was carried out on a creep-resistant MRI 153M magnesium alloy with a mixture ...
The microstructure and wear resistance of a laser surface alloyed Al-Mg-Si with Co alloy powder were...
Although magnesium alloys possess a set of desirable properties such as low specific weight and high...
Magnesium alloys are of growing interest for a number of applications in a range of industries becau...
Magnesium alloys are of growing interest for a number of applications in a range of industries becau...
AbstractLaser cladding with Al-Si powders have been carried out on three different magnesium alloys ...
Laser cladding is a well-known technique for wear protection coating tasks. Modern equipment for las...
Laser cladding is a well-known technique for wear protection coating tasks. Modern equipme...
Y2O3-reinforced Al-Si alloy coatings were prepared on the surface of a Mg alloy by the laser claddin...
International audienceThe development of the high purity magnesium alloys (such as WE43) incites the...
Increasing interest is to apply advanced laser technology for surface cladding on aluminium alloys o...
A creep resistant permanent mould cast Mg alloy MRI 230D was laser surface alloyed with Al and a mix...
Laser surface alloying is one of the recent technologies used in the manufacturing sector for improv...
The creation of a wear-resistant surface of metal matrix composite on AA6061 aluminum alloy by laser...
Al12Si–NbC composite coatings were deposited by laser cladding on a substrate of Al–7Si alloy. The m...
Laser surface cladding was carried out on a creep-resistant MRI 153M magnesium alloy with a mixture ...
The microstructure and wear resistance of a laser surface alloyed Al-Mg-Si with Co alloy powder were...