Dissertations and Theses

• T. Wei, One-Dimensional Turbulence Modeling of Turbulent Wall Bounded Flows, The University of Utah (2004).

• R.J. McDermott, Toward one-dimensional turbulence subgrid closure for large-eddy simulation, The University of Utah (2005).

• S. Cao, A novel hybrid scheme for large-eddy simulation of turbulent combustion based on the one-dimensional turbulence model, North Carolina State University, (2006).

• A. Ricks, A One-Dimensional Turbulence (ODT) study of soot formation, transport, and radiation interactions in meter-scale buoyant turbulent flames, Purdue University (2007).

• N. Krishnamoorthy, Reaction models and reaction state parameterization for turbulent nonpremixed combustion, The University of Utah (2008).

• G. Sun, Stochastic simulation of Lagrangian particle transport in turbulent flows, Brigham Young University (2015).

• S. Balasubramanian, A novel approach for the direct simulation of subgrid-scale physics in fire simulations, North Carolina State University (2010).

• T. Weydahl, A framework for mixing-reaction closure with the Linear Eddy Model, Institutt for energi og prosessteknikk (2010).

• E. Monson, Simulations of controlled fires using the One-Dimensional Turbulence model with application to fire spread in wildland fires, Brigham Young University (2012).

• A. Paudel, Application of One Dimensional Turbulence (ODT) to model fire spread through biomass fuel bed, Brigham Young University (2013).

• D. Harris, A kinetic study of aqueous calcium carbonate, Brigham Young University (2013).

• B. Goshayeshi, Coal combusion simulation using One-Dimensional Turbulence model, University of Utah (2014).

• F. T. Meiselbach, Application of ODT to turbulent flow problems, BTU Cottbus-Senftenberg, Germany, 2015.

• C. Glawe, ODTLES: Turbulence Modeling Using a One-DimensionalTurbulence Closed Extended Large Eddy Simulation Approach, Berlin, Germany, 2015.

• Z. Jozefik, Application of ODT to turbulent combustion problems in incompressible and compressible regimes, BTU Cottbus-Senftenberg, Germany, 2016.

• A. Abdelsamie, Direct numerical simulations of turbulent flow and spray combustion, Universität Magdeburg (2017).

• M. Fistler, Turbulence-Droplet Interaction Modelled by One-Dimensional-Turbulence, Chalmers University of Technology (2017).

• J. Medina, Application of the One-Dimensional Turbulence model to electrohydrodynamically enhanced internally forced convective flows, Brandenburg University of Technology Cottbus-Senftenberg (2020).