We present an innovative real-time monitoring technique based on the correlation analysis of the plasma plume optical spectra generated during laser welding of Al alloys. In particular we show that it is possible to determine the transition between the two main welding modes: keyhole and conduction
Today merely a few monitoring systems for in-process detection of laser welding defects are commerci...
Thermo-hydrodynamic phenomena which take place during laser welding or additive manufacturing proces...
Monitoring systems for the laser keyhole welding process of aluminium Tailor Welded Blanks, are in m...
We present an innovative real-time monitoring technique based on the correlation analysis of the pla...
With increasing demands on the quality of the welds, it is usual to apply automated machine welding ...
During the process of high power laser welding the interaction between laser beam and workpiece prod...
Fluctuation of light intensity from the keyhole becomes more significant in full penetration welding...
A keyhole enhances the absorption coefficient greatly and helps the laser energy to penetrate deeper...
Photodiodes are commonly used to monitor laser welding as a cheap, rugged, online method to get an i...
A camera-based in situ monitoring system for the Nd:yttrium–aluminum–garnet laser keyhole welding pr...
In this study, we present an innovative real-time laser welding monitoring technique employing the c...
In this work we present experimental results of the joint application of the two previously mentione...
Laser welding is a modern welding method that has been widely adopted by the industry. With the incr...
peer reviewedThis paper describes a novel method to analyze the effect of the fiber laser induced pl...
Processes like plasma development and quenching modulation of evaporation rate, pressure variation, ...
Today merely a few monitoring systems for in-process detection of laser welding defects are commerci...
Thermo-hydrodynamic phenomena which take place during laser welding or additive manufacturing proces...
Monitoring systems for the laser keyhole welding process of aluminium Tailor Welded Blanks, are in m...
We present an innovative real-time monitoring technique based on the correlation analysis of the pla...
With increasing demands on the quality of the welds, it is usual to apply automated machine welding ...
During the process of high power laser welding the interaction between laser beam and workpiece prod...
Fluctuation of light intensity from the keyhole becomes more significant in full penetration welding...
A keyhole enhances the absorption coefficient greatly and helps the laser energy to penetrate deeper...
Photodiodes are commonly used to monitor laser welding as a cheap, rugged, online method to get an i...
A camera-based in situ monitoring system for the Nd:yttrium–aluminum–garnet laser keyhole welding pr...
In this study, we present an innovative real-time laser welding monitoring technique employing the c...
In this work we present experimental results of the joint application of the two previously mentione...
Laser welding is a modern welding method that has been widely adopted by the industry. With the incr...
peer reviewedThis paper describes a novel method to analyze the effect of the fiber laser induced pl...
Processes like plasma development and quenching modulation of evaporation rate, pressure variation, ...
Today merely a few monitoring systems for in-process detection of laser welding defects are commerci...
Thermo-hydrodynamic phenomena which take place during laser welding or additive manufacturing proces...
Monitoring systems for the laser keyhole welding process of aluminium Tailor Welded Blanks, are in m...