Add to ORKGThe surfaces of Al99.99 and AlSi10Mg are alloyed with laser radiation using Cr and Ni which are blown into the melt pool within the interaction zone by powder feeding technique. The alloyed zone was investigated by optical microscopy, electron microscopy, hardness measurements and wear testing. The alloyed zone is crack and pore free either in the case of single or overlapping tracks. The microhardness and ear resistance are significantly improved by the formation of intermetallic compounds
Aluminum alloys that are easily castable tend to have lower silicon content and hence lower wear res...
Laser surface alloying (LSA) of four different substrate alloys, including mild steel (G10500), aust...
Laser surface cladding is a significant process used for improving and altering the surface properti...
Surface remelting and alloying with CO2 laser radiation of aluminium (Al99.99) and Al-based alloys (...
NiCrSiB powder was mixed with a binding agent and then painted onto the roughened surface of Al6061 ...
laser cladding is often performed on iron or titanium base alloys. In the present work, this method ...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...
The wear properties of aluminium base alloys are relatively poor. Laser surface melting and alloying...
In the current study, laser-surface alloying (LSA) of Nimonic 80 (a Ni-based superalloy) was conduct...
Surface modification of metals is demanding for high strength industrial purposes. Weak mechanical p...
Laser surface alloying is one of the recent technologies used in the manufacturing sector for improv...
Abstract. Laser irradiating process with Nd-YAG laser is investigated in order to improve the adhesi...
The melting of sandcast and chillcast AlSilOMg alloys with CO2 laser radiation is investigated as a ...
An Nd:YAG laser was used for surface alloying of aluminium AA1200. The alloying powder was a mixture...
In this paper, the influence of a laser surface treatment on the structure and properties of alumini...
Aluminum alloys that are easily castable tend to have lower silicon content and hence lower wear res...
Laser surface alloying (LSA) of four different substrate alloys, including mild steel (G10500), aust...
Laser surface cladding is a significant process used for improving and altering the surface properti...
Surface remelting and alloying with CO2 laser radiation of aluminium (Al99.99) and Al-based alloys (...
NiCrSiB powder was mixed with a binding agent and then painted onto the roughened surface of Al6061 ...
laser cladding is often performed on iron or titanium base alloys. In the present work, this method ...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...
The wear properties of aluminium base alloys are relatively poor. Laser surface melting and alloying...
In the current study, laser-surface alloying (LSA) of Nimonic 80 (a Ni-based superalloy) was conduct...
Surface modification of metals is demanding for high strength industrial purposes. Weak mechanical p...
Laser surface alloying is one of the recent technologies used in the manufacturing sector for improv...
Abstract. Laser irradiating process with Nd-YAG laser is investigated in order to improve the adhesi...
The melting of sandcast and chillcast AlSilOMg alloys with CO2 laser radiation is investigated as a ...
An Nd:YAG laser was used for surface alloying of aluminium AA1200. The alloying powder was a mixture...
In this paper, the influence of a laser surface treatment on the structure and properties of alumini...
Aluminum alloys that are easily castable tend to have lower silicon content and hence lower wear res...
Laser surface alloying (LSA) of four different substrate alloys, including mild steel (G10500), aust...
Laser surface cladding is a significant process used for improving and altering the surface properti...