A physical model to study the effects of nozzle design on dispersed two-phase flows in a slab mold casting ultra-low-carbon steels

Ingeniería y ciencia de los materiales

• Nozzle design 89%
• Low carbon steel 72%
• Two phase flow 63%
• Casting 53%
• Argon 53%
• Nozzles 40%
• Steel 36%
• Kinetic energy 33%
• Velocity measurement 32%
• Liquids 31%
• Air 25%
• Water 25%
• Molds 18%
• Surface tension 16%
• Strain rate 14%
• Ultrasonics 13%
• Flow rate 11%
• Metals 10%
• Fluids 10%
• Geometry 9%
• Gases 8%
• Experiments 5%

Química

• Two-Phase Flow 92%
• Models (Physical) 85%
• Nozzle 73%
• Slab Like Crystal 71%
• Bubble 66%
• Casting 56%
• Flow 27%
• Kinetic Energy 24%
• Dissipation 22%
• Velocity 17%
• Liquid 17%
• Deoxidation 14%
• Meniscus 14%
• Bubbling 12%
• Jet 11%
• Flow Kinetics 8%
• Strain 7%
• Probe 6%
• Gas 5%
• Metal 4%

Física y astronomía

• nozzle design 100%
• low carbon steels 78%
• two phase flow 66%
• slabs 54%
• bubbles 48%
• steels 30%
• argon 24%
• nozzles 19%
• air 18%
• water 17%
• dissipation 16%
• kinetic energy 16%
• liquids 16%
• single-phase flow 14%
• nozzle flow 14%
• menisci 12%
• particle image velocimetry 11%
• interfacial tension 9%
• strain rate 9%
• vapor phases 8%
• flow velocity 8%
• cavities 6%
• probes 6%
• fluids 6%
• geometry 5%
• metals 5%