Add to ORKGAbstract—Laser beam welding has wide acceptability due to least welding distortion, low labour costs and convenient operation. However, laser welding for dissimilar titanium and aluminium alloys is a new area which is having wider applications in aerospace, aircraft, automotive, electronics and other industries. The present study is concerned with welding parameters namely laser power, welding speed, focusing distance and type of shielding gas and thereby evaluate welding performance of titanium and aluminium alloy thin sheets. This paper reviews the basic concepts associated with different parameters of Ti/Al sheet joint using Laser beam welding
In the present work, effect of process parameter such as laser power, welding speed, size of beam di...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Laser beam welding of commercially pure titanium sheets were carried out at different operating cond...
Laser beam welding has wide acceptability due to least welding distortion, low labour costs and conv...
Laser beam welding has wide acceptability due to least welding distortion, low labour costs and conv...
Laser beam welding is an important joining technique for Titanium/Aluminum thin sheet alloys with th...
Laser beam welding for the dissimilar Titanium and Aluminium thin sheets is an emerging area which i...
Dissimilar joining of Titanium and Aluminum thin sheets has potential applications in aerospace and ...
To achieve reliable welds with minimum distortion for the fabrication of components in aerospace ind...
Joining of dissimilar Al-Ti alloys is very interesting from the point of view of weight reduction of...
Recent interest in reducing the weight of automobiles to increase fuel mileage has focused attention...
In recent years, there is an increased in used of titanium alloys for some parts of mass-produced au...
Laser beam welding is characterized by high welding speeds and the possibility of welding overlap jo...
In the present work, effect of process parameter such as laser power, welding speed, size of beam di...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Laser beam welding of commercially pure titanium sheets were carried out at different operating cond...
Laser beam welding has wide acceptability due to least welding distortion, low labour costs and conv...
Laser beam welding has wide acceptability due to least welding distortion, low labour costs and conv...
Laser beam welding is an important joining technique for Titanium/Aluminum thin sheet alloys with th...
Laser beam welding for the dissimilar Titanium and Aluminium thin sheets is an emerging area which i...
Dissimilar joining of Titanium and Aluminum thin sheets has potential applications in aerospace and ...
To achieve reliable welds with minimum distortion for the fabrication of components in aerospace ind...
Joining of dissimilar Al-Ti alloys is very interesting from the point of view of weight reduction of...
Recent interest in reducing the weight of automobiles to increase fuel mileage has focused attention...
In recent years, there is an increased in used of titanium alloys for some parts of mass-produced au...
Laser beam welding is characterized by high welding speeds and the possibility of welding overlap jo...
In the present work, effect of process parameter such as laser power, welding speed, size of beam di...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Laser beam welding of commercially pure titanium sheets were carried out at different operating cond...