Area of research
Computational Mechanics · Fluid Flow and Transfer Processes
Research interest
Research interests include Combustion and flame dynamics, Advanced Combustion Engine Technologies, Rocket and propulsion systems research, and Combustion and Detonation Processes.
An Investigation Into Neural Radiance Fields for Spray Reconstruction
Design and Test of an Augmented Spark Igniter With Interchangeable Flow Control Orifices
Neural Network-Based Predictions of Crater Evolution During Plume Surface Interaction
Effect of Plume Conditions and Granular Bed Properties on the Temporal Transitions in Mechanisms Driving Plume-Surface Interactions
Correction: Design and Test of an Augmented Spark Igniter With Interchangeable Flow Control Orifices
Heat Transfer Measurements of NASA Liquid Kerosene/Oxygen Rotating Detonation Rocket Engine
A Deep Learning Framework for Crater Identification and Classification Using Plume-Surface Interaction Experimental Data
Detection of Crater Profile Transitions to Discern Mechanisms During Plume-Surface Interactions
Ejecta behavior during plume-surface interactions under rarefied atmospheric conditions
The Effect of Reduced Ambient Pressure on Plume-Surface Interaction Cratering Dynamics
Three Dimensional Instantaneous Spray Measurements of Additively Manufactured Candidate Injector Schemes at Varying Pressure Drops
Characterization of Ejecta Sheet Generated by Jet-Impulse During Plume-Surface Interactions
Three-Dimensional Crater Formation Measurements During Plume-Surface Interaction in a Reduced Gravity Environment Using a Drop Tower
Non-intrusive, 3-D Crater Formation Measurements Due to Plume-Surface Interactions Under Sub-Atmospheric Pressure Conditions
Development of a High Pressure, Cold Flow Test Facility for Characterizing Novel, Ultra High Performance, Additively Manufactured Injector Elements for Pressure Gain Engines
Low-Frequency Acoustic Response of Gas Turbine Perforated Plate and Axial Swirler
A theoretical and experimental investigation of the nonlinear acoustic response of acoustic insertion elements
Three-Dimensional Measurement of the Crater Formation During Plume–Surface Interactions Using Stereo-Photogrammetry
An experimental investigation into the wildland fire burning characteristics of loblolly pine needles
Non-intrusive, 3D Optical Measurements of Crater Formation due to Plume-Surface Interactions
An experimental validation of a nonlinear acoustic resistance model for an acoustically compact area contraction with steady mean flow
A physics-based study of the stagnation enthalpy rise of moving normal shocks
An experimental and theoretical investigation of a small, high aspect-ratio, free-piston, two-stroke engine
A theoretical investigation of the nonlinear acoustic response of abrupt area contractions
A Novel Multi-band Plenoptic Pyrometer used for Temperature Measurements of Strand Burner Plumes
Development of a 2D Optically Accessible Hybrid Rocket Motor
Impedance measurements of acoustically nonlinear engine components
Experimental Investigation of Equivalence Ratio Oscillation Propagation in an Acoustically Forced Laboratory Combustor
An Experimental Study of the Nonlinear Acoustic Response of Sense-lines with Steady Mean Flow
Characterization of Highly-Confined, Low-Swirl, Non-Premixed Oxygen-Methane Injectors