DNS of the thermal effects of laser energy deposition in isotropic turbulence

Mathematics

• Thermal Effects 100%
• Laser 87%
• Turbulence 77%
• Shock Waves 64%
• Plasma 49%
• Energy 46%
• Background 30%
• Vorticity 23%
• Shock 22%
• Time Scales 21%
• Thermodynamic Equilibrium 16%
• Interaction 16%
• Local Equilibrium 16%
• Shock Capturing 15%
• Corrector 13%
• Vortex 12%
• Reynolds number 12%
• Compression 11%
• Fluctuations 10%
• Propagation 10%
• Fluid 8%
• Numerical Simulation 8%
• Spectrality 8%
• Numerical Methods 8%
• Statistics 7%
• Simulation 7%
• Model 3%

Physics & Astronomy

• isotropic turbulence 85%
• temperature effects 62%
• shock waves 59%
• turbulence 42%
• shock 31%
• lasers 30%
• vorticity 27%
• energy 20%
• energy budgets 18%
• plasma turbulence 18%
• working fluids 16%
• local thermodynamic equilibrium 16%
• Mach number 13%
• Reynolds number 11%
• kinetic energy 11%
• interactions 10%
• statistics 10%
• simulation 10%
• vortices 10%
• expansion 8%
• air 8%
• propagation 8%

Engineering & Materials Science

• Shock waves 78%
• Thermal effects 70%
• Turbulence 62%
• Lasers 52%
• Plasmas 38%
• Vorticity 31%
• Plasma turbulence 27%
• Beam plasma interactions 21%
• Kinetic energy 14%
• Working fluids 14%
• Numerical methods 12%
• Vortex flow 11%
• Thermodynamics 11%
• Reynolds number 11%
• Statistics 10%
• Air 7%
• Computer simulation 7%