An efficient parallel simulation of interacting inertial particles in homogeneous isotropic turbulence

Mathematics

• Parallel Simulation 100%
• Turbulence 70%
• Collision 39%
• Radial Distribution Function 26%
• Decrease 13%
• Contact 13%
• Distributed Memory 11%
• Lagrangian Method 10%
• kernel 10%
• Velocity Distribution 10%
• Parallelization 9%
• Relaxation Time 9%
• Libraries 8%
• Stokes 8%
• Reynolds number 8%
• Clustering 7%
• Finite Difference Method 7%
• Communication 7%
• Grid 6%
• Minimise 6%
• Binary 5%
• Statistics 5%
• Numerical Results 5%
• Simulation 4%
• Range of data 4%
• Performance 4%

Engineering & Materials Science

• Distribution functions 65%
• Turbulence 56%
• Hydrodynamics 53%
• Relaxation time 41%
• Velocity distribution 34%
• Finite difference method 31%
• Reynolds number 26%
• Statistics 23%
• Data storage equipment 19%
• Communication 15%

Physics & Astronomy

• homogeneous turbulence 81%
• isotropic turbulence 78%
• collisions 25%
• simulation 24%
• radial distribution 16%
• distribution functions 12%
• distributed memory 12%
• hydrodynamics 11%
• microbalances 7%
• unity 7%
• Reynolds number 6%
• communication 6%
• grids 6%
• interactions 6%
• relaxation time 6%
• statistics 6%
• velocity distribution 6%
• performance 3%