Modeling Kelvin wave cascades in superfluid helium

Physics & Astronomy

• Kelvin waves 86%
• cascades 47%
• helium 42%
• approximation 14%
• induction 9%
• turbulence 8%
• scaling 7%
• expansion 6%
• wave interaction 6%
• predictions 5%
• simplification 5%
• direct numerical simulation 5%
• closures 5%
• friction 4%
• dissipation 4%
• vortices 3%
• phonons 3%
• radiation 2%
• interactions 2%
• simulation 2%
• temperature 1%
• energy 1%

Chemistry

• Supercritical Fluid 61%
• Turbulence 50%
• Wave 50%
• Simulation 22%
• Phonon 20%
• Dissipation 19%
• Energy 8%

Engineering & Materials Science

• Superfluid helium 100%
• Turbulence 9%
• Phonons 8%
• Direct numerical simulation 6%
• Vortex flow 4%
• Radiation 4%
• Friction 3%
• Temperature 2%