Area of research
Computational Mechanics · Cardiology and Cardiovascular Medicine
Research interest
Research interests include Fluid Dynamics and Turbulent Flows, Fluid Dynamics and Vibration Analysis, Cardiac Valve Diseases and Treatments, and Aerodynamics and Fluid Dynamics Research.
Non-Dissipative Moving Overset Grid Framework for Unsteady Aerodynamics
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
Development of Rotating Three-Dimensional Velocimetry for Higher Reynolds Number Flows
Secondary vorticity defines finite-edge effects in vortex ring collisions with plane walls
Adaptation and validation of physics-informed neural networks for rotating 3D velocimetry
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
Influence of Euler acceleration on the aerodynamic loading and leading-edge vortex dynamics over a rotating wing
Characterization of Convecting-Rotating Cylinder (CRC) to Investigate Vortex-Boundary Layer Interactions
Development of Vortex Generation System Using a Pitching and Plunging Airfoil
Experimental Analysis of Propeller-Induced Load Fluctuations at Low Reynolds Numbers
Development and Validation of a Cross-Over Control Algorithm for Counter-Rotating Multi-Rotor Systems
Three-dimensional fluid–structure interaction diagnostics using a single camera
Investigating the significance of flatness defects in the origin of hysteresis in flag flutter
Effect of pitch-rate and pitch pivot location on aerodynamic loads and flow structures of a rotating flat plate
Ejecta behavior during plume-surface interactions under rarefied atmospheric conditions
Improving depth uncertainty in plenoptic camera-based velocimetry
Spatio-temporal relationship between three-dimensional deformations of a collapsible tube and the downstream flowfield
Aerodynamic response of a red-tailed hawk to discrete transverse gusts
The Effect of Reduced Ambient Pressure on Plume-Surface Interaction Cratering Dynamics
Characterization of Ejecta Sheet Generated by Jet-Impulse During Plume-Surface Interactions
Development and validation of an experimental setup to study propeller-wing interaction at low Reynolds numbers.
Reynolds number effects on the interference factors for a counter-rotating coaxial rotor
Time-averaged flowfield measurements of a coaxial rotor to understand the rotor-on-rotor interactions in hover
Three-Dimensional Crater Formation Measurements During Plume-Surface Interaction in a Reduced Gravity Environment Using a Drop Tower
Quantification of the Aerodynamic Interference for Counter-Rotating Coaxial Rotors In-Ground Effect
Benchtop Flow Stasis Quantification: In Vitro Methods and In Vivo Possibilities
Aerodynamics of Counter-Rotating Coaxial Rotors With a Surface-Vorticity Solver
Development and Validation of Phase Controller for Multi-Rotor Systems