Area of research
Aerospace Engineering · Mechanics of Materials
Research interest
Research interests include Rocket and propulsion systems research, Spacecraft and Cryogenic Technologies, Energetic Materials and Combustion, and Aerospace Engineering and Control Systems.
Generalized Integral Formulations of Turbulent Boundary Layers for Arbitrary Prandtl Power-Law Exponents
On the compressible Beltramian vortex in a hemispherically bounded cyclonic flow field
Improved prediction of propeller tonal noise through integration of Hanson's model into a modern surface-vorticity panel code
Improved viscous and thermal boundary-layer formulations for a cylinder in crossflow using Kármán’s momentum-integral approach
Vorticoacoustic waves in axisymmetric porous tubes with arbitrary suction
Effect of Increasing Bidirectional Vortex Chamber Aspect Ratios on the Cyclonic Flowfield for Constant Velocity Inlet Conditions
Improved Momentum-Integral Formulation for Hiemenz Farfield Motion Past a Cylinder
Closed-Form Analytical Solutions for Various Thermoacoustic Properties in Rijke Tubes With Different Endpoint Conditions
Rapid Prediction of Propeller Tonal Noise Using an Integrated Surface-Vorticity Panel Code
Characterization of Acoustic Pressure Waveforms in Rijke Tubes With an Internal Heat Source and Variable Temperature Distributions
Erratum: “On the Kármán momentum-integral approach and the Pohlhausen paradox: Extension to a cylinder in crossflow with a potential farfield motion,” [Phys. Fluids <b>34</b>, 063107 (2022)]
On Prandtl's turbulent flow expressions for arbitrary power-law and shear-stress exponents
Twofold application of the dual reciprocity boundary element method to thermoacoustic analysis in two-dimensional space
Evolution of the Bidirectional Vortex in a Capped Ellipsoidal Cyclonic Rocket Engine
Effects of various geometric parameters on the computed swirl numbers and flow topology in a bidirectional vortex chamber
Characterization of the acoustic pressure waveforms in Rijke tubes with spatially varying heat sources and temperature distributions
Thermoacoustic velocity and pressure oscillations in one-dimensional combustors with spatially varying heat sources and thermal distributions
Effect of Various Flame Temperature Distributions on Pressure and Velocity Waveforms in Rijke Tubes
Acoustic Velocity and Heat Release Mode Shapes and Frequencies in a Circular Tube for an Arbitrary Temperature Distribution
Effects of Various Geometric and Kinematic Parameters on the Cyclonic Flow Evolution in a Vortex Chamber
Predicting thermoacoustic stability characteristics of longitudinal combustors using different endpoint conditions with a low Mach number flow
On steady rotational high speed flows: The swirling compressible Trkalian profile with headwall injection
Effects of Varying Characteristic Injection Parameters and Geometric Configurations on the Cyclonic Flowfield in a Bidirectional Vortex Chamber Using Velocity Inlet Conditions
Acoustic Pressure Mode Shapes and Frequencies in a Circular Tube for an Arbitrary Temperature Distribution
On the prediction of noise generated by urban air mobility (UAM) vehicles. II. Implementation of the Farassat F1A formulation into a modern surface-vorticity panel solver
Effects of various inlet parameters on the computed flow development in a bidirectional vortex chamber
On the prediction of noise generated by urban air mobility (UAM) vehicles. I. Integration of fundamental acoustic metrics
On the generalized Beltramian motion of the bidirectional vortex in a conical cyclone
On the compressible biglobal stability of the mean flow motion in porous channels
On the generalized Beltramian motion of the bidirectional vortex in a right-cylindrical cyclone with a hollow core