Tag: large eddy simulation

Large-eddy simulations validated against wind tunnel experiments show that unsteady velocity fluctuations account for over 90% of pollutant mass flux ...

Researchers have developed an adaptive large-eddy simulation framework whose mesh refines and coarsens dynamically based on local velocity fluctuation intensity, ...

Large-eddy simulations without the Boussinesq approximation show that a Kelvin-Helmholtz vortex drives more than eighty percent of entrainment in a ...

A new finite-similitude scaling theory shows that combining two scaled models, rather than one, can replicate full-scale turbulent behaviour across ...

A head-to-head comparison of VAEs, DCGANs and DDPMs on simulated and experimental cylinder wake flows finds the DCGAN offers the ...

A new systematic review finds that current numerical models have limited applicability to complete hybrid rocket engine configurations and proposes ...

A systematic CFD comparison shows that Large Eddy Simulation dramatically outperforms RANS turbulence models in predicting pressure, temperature, velocity, phase ...

Simulations driven by Oklahoma wind farm measurements reveal that turbine wakes shift from coherent swaying to chaotic multi-mode turbulence within ...

A new Frontiers Research Topic brings together experimental and computational studies showing how injector design and modelling choices will determine ...

New simulations benchmarked against aircraft observations over New Zealand show that resolving mountain waves and their turbulence demands kilometer-scale grids ...