The wear properties of aluminium base alloys are relatively poor. Laser surface melting and alloying has proved successful in many alloy systems as a means of significantly improving the surface properties. The present work describes experiments designed to establish the scope of laser treatment of aluminium alloys. Aluminium does not absorb CO2 laser light as well as other metals which necessitated first a general study of absorption caotings. Aluminium alloys offer fewer opportunities than steels where the martensitic transformation can be employed. The possibilities are surface melting of systems where intermetallic phases form producing a refinement of the structure or surface alloying using a suitable coating to produce a fine distribu...
AbstractAn analysis of the literature concerning the methods of surface treatment of aluminum alloys...
Purpose of this work is to improve surface related properties of aluminum alloys by employing a lase...
The surfaces of Al99.99 and AlSi10Mg are alloyed with laser radiation using Cr and Ni which are blow...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...
The aim of the reported project was to study the metallurgical basis of laser surface hardening of t...
Within the reported project wear resistant surfaces should be produced on the weak aluminium by lase...
The objective of the documented project was to produce hard, sufficiently fracture tough surface lay...
L'étude a été menée selon 2 axes : le développement du rechargement laser sur aluminium et l'amélior...
Aluminum is extensively utilized in industry due to its light weight, excellent workability and low ...
Metal additive manufacturing (AM) processes, such as selective laser melting, enable powdered metals...
In this paper, the influence of a laser surface treatment on the structure and properties of alumini...
The effect of laser surface treatment on structure and mechanical properties aluminium Alloy enac-Al...
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...
Surface remelting and alloying with CO2 laser radiation of aluminium (Al99.99) and Al-based alloys (...
AbstractAn analysis of the literature concerning the methods of surface treatment of aluminum alloys...
Purpose of this work is to improve surface related properties of aluminum alloys by employing a lase...
The surfaces of Al99.99 and AlSi10Mg are alloyed with laser radiation using Cr and Ni which are blow...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...
The aim of the reported project was to study the metallurgical basis of laser surface hardening of t...
Within the reported project wear resistant surfaces should be produced on the weak aluminium by lase...
The objective of the documented project was to produce hard, sufficiently fracture tough surface lay...
L'étude a été menée selon 2 axes : le développement du rechargement laser sur aluminium et l'amélior...
Aluminum is extensively utilized in industry due to its light weight, excellent workability and low ...
Metal additive manufacturing (AM) processes, such as selective laser melting, enable powdered metals...
In this paper, the influence of a laser surface treatment on the structure and properties of alumini...
The effect of laser surface treatment on structure and mechanical properties aluminium Alloy enac-Al...
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...
Surface remelting and alloying with CO2 laser radiation of aluminium (Al99.99) and Al-based alloys (...
AbstractAn analysis of the literature concerning the methods of surface treatment of aluminum alloys...
Purpose of this work is to improve surface related properties of aluminum alloys by employing a lase...
The surfaces of Al99.99 and AlSi10Mg are alloyed with laser radiation using Cr and Ni which are blow...