Calculation of weld metal composition change in high-power conduction mode carbon dioxide laser-welded stainless steels

Engineering & Materials Science

• Carbon dioxide lasers 100%
• Laser modes 85%
• Vaporization 67%
• Stainless steel 51%
• Welds 47%
• Chemical analysis 38%
• Metals 37%
• Condensation 23%
• Conservation 22%
• Vapors 21%
• Temperature distribution 19%
• Welding 19%
• Plasma welding 17%
• Lead alloys 17%
• Manganese 14%
• Laser beam welding 13%
• Laser beams 13%
• Kinetic energy 12%
• Distribution functions 12%
• Navier Stokes equations 11%
• Molecules 11%
• Austenitic stainless steel 11%
• Plasmas 10%
• Momentum 10%
• Lasers 8%
• Gases 6%

Physics & Astronomy

• carbon dioxide lasers 82%
• stainless steels 52%
• conduction 39%
• metals 30%
• welding 26%
• conservation 15%
• condensation 14%
• temperature distribution 13%
• vapors 12%
• lead alloys 11%
• laser welding 10%
• manganese 8%
• Navier-Stokes equation 8%
• radiant flux density 7%
• vapor phases 6%
• kinetic energy 6%
• distribution functions 6%
• velocity distribution 6%
• laser beams 6%
• momentum 5%
• cross sections 4%
• molecules 4%
• lasers 3%
• energy 2%

Chemical Compounds

• Vaporization 60%
• Carbon Dioxide 46%
• Metal 26%
• Condensation 17%
• Momentum 15%
• Plasma 14%
• Distribution Function 14%
• Kinetic Energy 13%
• Velocity 9%
• Alloy 8%
• Gas 6%
• Energy 5%
• Molecule 4%