Keyphrases
Joint Configuration
100%
Laser Welding
100%
Material Thickness
100%
Material Effect
100%
High-power Diode Laser
100%
Thickness Configuration
100%
Beam Quality
80%
Welding Process
40%
Beam Intensity
40%
Weld Quality
40%
Welding Speed
40%
Industrial Application
20%
Diode Laser
20%
Heat Input
20%
Incidence Angle
20%
Process Efficiency
20%
Industrial Products
20%
Welding Parameters
20%
Laser Power
20%
Process Quality
20%
Laser Welding Process
20%
Joint Type
20%
Welding Task
20%
Laser Parameters
20%
Welding Performance
20%
Thin Sheet Welding
20%
Focal Spot Size
20%
Welding Efficiency
20%
Laser Spot Size
20%
Laser Welding Parameters
20%
Low Energy Beam
20%
Quality Power
20%
INIS
thickness
100%
power
100%
configuration
100%
steels
100%
welding
100%
laser welding
100%
lasers
77%
beams
77%
efficiency
22%
applications
22%
speed
22%
welds
22%
sheets
22%
performance
11%
comparative evaluations
11%
size
11%
range
11%
heat
11%
angle of incidence
11%
Engineering
Laser Beam Welding
100%
Material Thickness
100%
High Power Diode Laser
100%
Joints (Structural Components)
100%
Weld Quality
40%
Industrial Applications
20%
Laser Power
20%
Industrial Product
20%
Heat Input
20%
Laser Parameter
20%
Angle of Incidence
20%
Focal Spot
20%
Laser Welding Parameter
20%
Spot Size
20%
Laser Beams
20%
Material Science
Laser Beam Welding
100%
Semiconductor Laser
100%
Thin Sheet
33%