Jae Sung Park

Assistant Professor

University of Nebraska - Lincoln

United States

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Jae Sung Park is an Assistant Professor at the University of Nebraska-Lincoln, United States. His research focuses on fluid dynamics, particularly in the areas of droplet evaporation, the rheology of suspensions in electric fields, and the dynamics of turbulent flows. Dr. Park's recent publications include investigations into supercritical carbon dioxide cycles and the underlying mechanisms of flow-control strategies.

Articles (15)

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2025

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2025

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2025

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2023

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2022

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2021

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2020

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2020

Collaborators (3)

piyush grover

Assistant Professor

University of Nebraska - Lincoln

UNITED STATES

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Robert J. Poole

UNITED KINGDOM

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Rishav Agrawal

Coventry University

UNITED KINGDOM

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Jae Sung Park

Research Interests

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About

Articles (15)

Acceleration of sessile droplet evaporation by wind

Two-dimensional dynamics and microstructure of dense suspensions of ideally polarizable particles in an electric field: The nontrivial effect of confinement

Effects of initial and operating conditions on the closed supercritical carbon dioxide Brayton cycle

Rheology of dense suspensions of ideally conductive particles in an electric field

Transition to turbulence in viscoelastic channel flow of dilute polymer solutions

Exploring regular and turbulent flow states in active nematic channel flow via Exact Coherent Structures and their invariant manifolds

On the Underlying Drag-Reduction Mechanisms of Flow-Control Strategies in a Transitional Channel Flow: Temporal Approach

Exact Coherent Structures and Phase Space Geometry of Preturbulent 2D Active Nematic Channel Flow

Direct numerical simulation of a pulsatile flow in a stenotic channel using immersed boundary method

Multiscale nature of electric-field-induced structural formations in non-colloidal suspensions

On the Comparison of Flow Physics between Minimal and Extended Flow Units in Turbulent Channels

Special Issue “CFD Modeling of Complex Chemical Processes: Multiscale and Multiphysics Challenges”

The zero-shear-rate limiting rheological behaviors of ideally conductive particles suspended in concentrated dispersions under an electric field

Low- and High-Drag Intermittencies in Turbulent Channel Flows

Dynamics of laminar and transitional flows over slip surfaces: effects on the laminar–turbulent separatrix

Collaborators (3)

piyush grover

Robert J. Poole

Rishav Agrawal

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