95 citations · 155 across the 7 of their papers we have counts for
8 papers
Assessment of a Multiphase Formulation of One-Dimensional Turbulence using Direct Numerical Simulation of a Decaying Turbulent Interfacial Flow
A. Movaghar, R. Chiodi, M. Oevermann +2
The interaction between turbulence and surface tension is studied numerically using the one-dimensional-turbulence (ODT) model. ODT is a stochastic model simulating turbulent flow…
XLES Part II: From Extended Large Eddy Simulation to ODTLES
Christoph Glawe, Heiko Schmidt, Alan R. Kerstein +1
In turbulence research and flow applications, turbulence models like RaNS (Reynolds averaged Navier-Stokes) models and LES (Large Eddy Simulation) are used. Both models filter the…
XLES Part I: Introduction to Extended Large Eddy Simulation
Christoph Glawe, Heiko Schmidt, Alan R. Kerstein +1
Direct numerical simulation (DNS), mostly used in fundamental turbulence research, is limited to low turbulent intensities due the current and future computer resources. Standard t…
Type Ia Supernova: Calculations of Turbulent Flames Using the Linear Eddy Model
S. E. Woosley, A. R. Kerstein, V. Sankaran +1
The nature of carbon burning flames in Type Ia supernovae is explored as they interact with Kolmogorov turbulence. One-dimensional calculations using the Linear Eddy Model of Kerst…
Fronts in randomly advected and heterogeneous media and nonuniversality of Burgers turbulence: Theory and numerics
Jackson R. Mayo, Alan R. Kerstein
A recently established mathematical equivalence--between weakly perturbed Huygens fronts (e.g., flames in weak turbulence or geometrical-optics wave fronts in slightly nonuniform m…
Scaling of Huygens-front speedup in weakly random media
Jackson R. Mayo, Alan R. Kerstein
Front propagation described by Huygens' principle is a fundamental mechanism of spatial spreading of a property or an effect, occurring in optics, acoustics, ecology and combustion…