The effect of shielding gas composition on welding performance and weld properties in hybrid CO₂ laser-gas metal arc welding of carbon manganese steel

Keyphrases

• Performance Properties 100%
• Weld Properties 100%
• Carbon Manganese Steel 100%
• CO2 Laser 100%
• Gas Metal Arc Welding 100%
• Welding Performance 100%
• Shielding Gas Composition 100%
• Argon 66%
• Laser Welding 66%
• Shielding Gas 66%
• Metal Industry 33%
• Mechanical Properties 33%
• Helium 33%
• Gas Composition 33%
• Helium Content 33%
• Carbon Dioxide 33%
• Filler Metal 33%
• Large-scale Structure 33%
• Laser-arc Hybrid Welding 33%
• Quality Properties 33%
• Edge Quality 33%
• Process Gas 33%
• Weld Quality 33%
• Weld Metal Composition 33%
• Laser Welding Process 33%
• Cross-section Properties 33%
• Gas Cost 33%
• Hybrid Laser 33%
• Large Joint 33%
• Cross-section Quality 33%
• Cross-sectional Geometry 33%
• T-butt Joints 33%
• Carbon Dioxide Content 33%
• Finishing Work 33%
• GMA Welding Process 33%

INIS

• performance 100%
• hybrids 100%
• carbon 100%
• gases 100%
• welds 100%
• welding 100%
• shielding 100%
• manganese steels 100%
• carbon dioxide lasers 100%
• gas metal-arc welding 100%
• carbon dioxide 42%
• comparative evaluations 28%
• metals 28%
• helium 28%
• cross sections 28%
• argon 28%
• laser welding 28%
• geometry 14%
• metal industry 14%
• cost 14%
• deformation 14%
• tolerance 14%
• mechanical properties 14%
• reduction 14%
• accuracy 14%
• lasers 14%
• reliability 14%
• productivity 14%
• filler metals 14%

Engineering

• Welds 100%
• Gas Metal Arc Welding 100%
• Manganese Steel 100%
• Gas Composition 100%
• Carbon Manganese 100%
• Shielding Gas 100%
• Laser Beam Welding 40%
• Cross Section 40%
• Conventional Method 20%
• Process Gas 20%
• Weld Quality 20%
• Carbon Dioxide Content 20%
• Joints (Structural Components) 20%
• Fits and Tolerances 20%
• Butt Joint 20%
• Filler Metal 20%