AbstractLaser welding of ferritic steel in normal atmosphere gives rise to weld embrittlement and poor formability. This paper demonstrates that the addition of an argon gas shield to the welding process results in tough, formable welds. Post weld heat treatment and microscopic analysis has suggested that the poor ductility of welds produced without a gas shield is, to some extent, the result of the presence of oxides in the weld metal
The weldabilities were investigated during 10 kW high-power fiber laser welding of 304 stainless ste...
AbstractDuring fusion welding the molten metal is shielded from contact with the atmospheric gas by ...
The effect of using argon and helium shielding gas on weld quality, defect formation and microstruct...
AbstractLaser welding of ferritic steel in normal atmosphere gives rise to weld embrittlement and po...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
In this study AISI 304 L type of austenitic stainless steels were welded using 308 L consumable elec...
In the thesis are analysed influences of three shield gases, based on literary pursuit. Compared was...
The weldabilities were investigated during 10 kW high-power fiber laser welding of 304 stainless ste...
AbstractDuring fusion welding the molten metal is shielded from contact with the atmospheric gas by ...
The effect of using argon and helium shielding gas on weld quality, defect formation and microstruct...
AbstractLaser welding of ferritic steel in normal atmosphere gives rise to weld embrittlement and po...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
Argon is generally used as shielding gas for laser welding. As Argon is an inert gas it doesnot have...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
During fusion welding the molten metal is shielded from contact with the atmospheric gas by means of...
In this study AISI 304 L type of austenitic stainless steels were welded using 308 L consumable elec...
In the thesis are analysed influences of three shield gases, based on literary pursuit. Compared was...
The weldabilities were investigated during 10 kW high-power fiber laser welding of 304 stainless ste...
AbstractDuring fusion welding the molten metal is shielded from contact with the atmospheric gas by ...
The effect of using argon and helium shielding gas on weld quality, defect formation and microstruct...