Index of ACERC Publications by Author

4-97-J01 - A Model of Turbulent Mixing and Reaction for H2-Air Combustion

4-97-J02 - Mixing Mechanisms in Turbulent Pipe Flow

4-97-J03 - Long-Tailed Probability Distributions in Turbulent-Pipe-Flow Mixing

4-96-J02 - Use of Caged Fluorescent Dyes for the Study of Turbulent Passive Scalar Mixing

4-96-J03 - Modeling Entrainment and Fine-Scale Mixing in Cumulus Clouds

4-96-J04 - Mixing Mechanisms in Turbulent Pipe Flow

4-94-J03 - Effects of Turbulence Length-Scale Distribution on Scalar Mixing in Homogeneous Turbulent Flow

4-94-J04 - Low-Wave-Number Statistics of Randomly Advected Passive Scalars

4-94-J09 - Prediction of NOx Production in a Turbulent Hydrogen-Air Jet Flame

4-94-J10 - Mean-Field Theories of Random Advection

4-94-J11 - Statistical Properties of Scalar and Temperature Dissipation in a Turbulent Reacting Shear Layer

4-94-P01 - The Structure of Premixed Flames in Isotropic and Shear Driven Turbulent Flows

4-93-B01 - Turbulent Reacting Flows

4-93-J01 - Thrust Area 4 Research Program: Turbulent, Reacting Fluid Mechanics and Heat Transfer

4-93-J04 - Linear Eddy Modeling of Turbulent Combustion

4-93-J05 - Mean-Field Theories of Random Advection

4-93-J06 - Binary Scalar Mixing and Reaction in Homogeneous Turbulence: Some Linear Eddy Model Results

4-93-J07 - Statistical Properties of Scalar and Temperature Dissipation in a Turbulent Reacting Shear Layer

4-93-J11 - Linear Eddy Simulations of Mixing in a Homogeneous Turbulent Flow

4-93-P02 - A Linear Eddy Subgrid Model for Turbulent Combustion: Application to Premixed Combustion

4-93-P03 - Linear Eddy Modeling of Reactant Conversion and Selectivity in Turbulent Flows

4-92-B03 - Direct Numerical Simulations of a Reacting Turbulent Mixing Layer by a Pseudospectral-Spectral Element Method

4-92-J02 - Statistical Properties of Scalar and Temperature Dissipation in a Turbulent Reaction Shear Layer

4-92-J03 - A Linear Eddy Mixing Model for a Large Eddy Simulation of Turbulent Combustion

4-92-J04 - Prediction of NOx Production in a Turbulent Hydrogen-Air Jet Flame

4-92-J05 - Linear Eddy Simulations of Mixing in a Homogeneous Turbulent Flow

4-92-J06 - A Study of Favre Averaging Turbulent Flows with Chemical Reaction

4-92-P02 - Effects of Turbulence Length Scale Distribution on Scalar Mixing in Homogeneous Turbulent Flow

4-92-S01 - Spectral Simulations of Reacting Turbulent Flows

4-92-S02 - A Linear Eddy Subgrid Model for Turbulent Reacting Flows: Application to Hydrogen-Air Combustion

4-91-J03 - The Effect of Heat Release on Various Statistical Properties of a Reacting Shear Layer

4-91-J04 - A Study of Favre Averaging Turbulent Flows with Chemical Reaction

4-91-P02 - A Linear Eddy Subgrid Model for Turbulent Mixing and Reaction

4-90-J07 - The Effect of Heat Release on Various Statistical Properties of a Reacting Shear Layer

4-90-P02 - Direct Numerical Simulation of a Planar Shear Layer Using the Spectral-Compact Finite Difference Technique

4-90-S01 - Spectral Simulations of Reacting Turbulent Flows

4-89-J02 - Flame Generation of Vorticity; Vortex Dipoles from Monopoles

4-89-P01 - Mixing and Reaction in Turbulent Shear Flows: Direct Numerical Simulation

4-88-J02 - Effects of Heat Release on the Large-Scale Structure in Turbulent Mixing Layers

4-88-J03 - Direct Numerical Simulations of Mixing and Reaction in a Non-Premixed Homogeneous Turbulent Flow

4-88-J04 - The Use of Direct Numerical Simulation in the Study of Turbulent Chemically-Reacting Flows

4-88-J05 - Direct Numerical Simulations of the PDFs of a Passive Scalar in a Forced Mixing Layer

4-86-J02 - Direct Numerical Simulations of a Reacting Mixing Layer with Chemical Heat Release