Jung Hee Seo

Associate Research Professor

Johns Hopkins University

United States

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Jung Hee Seo is an Associate Research Professor at Johns Hopkins University in the United States. His research areas include fluid dynamics, aerodynamics, and bioinspired designs, with recent articles focusing on vortex-dominated flows, aeroacoustics, and gastric digestion dynamics. He explores innovative applications such as improving thrust performance in flapping foil propulsors and reducing noise in drone rotors.

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Michigan State University

UNITED STATES

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Jung Hee Seo

Research Interests

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About

Articles (22)

From vortices to forces – a data-driven framework for unsteady lift generation in three-dimensional vortex-dominated flows

Aerodynamics and aeroacoustics of da Vinci's aerial screw

In silico study of the dynamics of solid food particles in the stomach during gastric digestion

Bioinspired drone rotors for reduced aeroacoustic noise and improved efficiency

Hydrodynamically beneficial school configurations in carangiform swimmers: insights from a flow-physics informed model

Computational study of gastric emptying in microgravity: The role of density and viscosity variations

Modal force partitioning – a method for determining the aerodynamic loads for decomposed flow modes with application to aeroacoustic noise

Modeling the Effect of Sleeve Gastrectomy on Gastric Digestion in Stomach: Insights From Multiphase Flow Modeling

Harnessing leading-edge vortices for improved thrust performance of wave-induced flapping foil propulsors

Freeman Scholar Lecture (2021)—Sharp-Interface Immersed Boundary Methods in Fluid Dynamics

Extended Darcy–Forchheimer law including inertial flow deflection effects

Effect of schooling on flow generated sounds from carangiform swimmers

In silico modelling of the effect of pyloric intervention procedures on gastric flow and emptying in a stomach with gastroparesis

Pancreatic duct pressure: A review of technical aspects and clinical significance

Origin and evolution of immersed boundary methods in computational fluid dynamics

Contributions to pressure drag in rough-wall turbulent flows: Insights from force partitioning

Improved swimming performance in schooling fish via leading-edge vortex enhancement

Effect of stomach motility on food hydrolysis and gastric emptying: Insight from computational models

Computational modeling of drug dissolution in the human stomach: Effects of posture and gastroparesis on drug bioavailability

A method for partitioning the sources of aerodynamic loading noise in vortex dominated flows

Mosquitoes buzz and fruit flies don’t-a comparative aeroacoustic analysis of wing-tone generation

The flow physics of COVID-19

Collaborators (5)

Charles Meneveau

Vikesh Singh

Rajat Mittal

Louis Cattafesta

Junlin Yuan

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