kyuhong kim

Professor

Seoul National University

South Korea

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Dr. Kyuhong Kim is a Professor at Seoul National University, South Korea. His research interests encompass areas such as urban air mobility, aerothermodynamics, and heat transfer modeling for hydrocarbon fuels. Dr. Kim has contributed significantly to the field through recent articles focusing on the prediction of flight hazard indices, optimization design frameworks for aerospace applications, and analyses of cooling channels in high-speed vehicles.

kyuhong kim

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Articles (22)

Urban air mobility flight hazard index prediction using WRF-LES simulations and LSTM networks

Optimal design of regenerative cooling channels for a ram/scramjet dual-mode aircraft using conjugate heat transfer analysis

Development of supercritical heat transfer models for hydrocarbon fuels based on buoyancy: JP-8, JP-10, and n-dodecane

Development of a rapid analysis program for the prediction of aerothermodynamics in high-speed vehicles

Conjugate heat transfer analysis of a ram/scramjet with thermal decomposition of the regenerative cooling channel

Corrected Multi-Fidelity Surrogate Model Based on Deep Neural Networks for Predicting Aerodynamic Loads of Missile

Enhanced density modeling of hydrocarbon fuels at near supercritical gas-liquid boundary and high-pressure liquid region using a new volume-translated three-parameter cubic equation of state

Multi-objective Optimization Design Framework and Flight Performance Prediction for Reentry Module Using a Rapid Analysis Program

Numerical study and modal analysis of electrode position and energy deposition amount effects on SparkJet actuator performance

Derivation of analytic formulae for several resonance frequencies of the SparkJet actuator

Exact and efficient wall distance pre-classification overset grid assembly for unstructured grids

Numerical research on the resonance frequency characteristics of the Sparkjet actuator using modal analysis

Wind tunnel experiment and thermodynamic modeling for dry-snow accretion on a heated surface

An Implicit Multicloud Convergence Accelerator for Compressible Flows

Development of Meshless Method Using Least-Squares Method with Geometric Conservation Law for Structural Dynamic Analysis

Prediction of thermochemical and transport properties of hydrocarbon aviation fuel in supercritical state with thermal decomposition

Numerical Investigation of Diffusers in Arc-Heated Wind Tunnel: Introducing a Novel and Efficient Hypersonic Diffuser

Conjugate thermal analysis of X-51A-like aircraft with regenerative cooling channels

Efficient diffuser design for plasma wind tunnels with a large blockage model

Efficient Aerodynamic Analysis of Air-Breathing Hypersonic Vehicle using Local Surface Inclination Method based on Unstructured Meshes

Numerical Simulation of Streamer Physics in Nanosecond Pulsed Surface Discharges

Development of One-Dimensional Analytical Model for a SparkJet Actuator

Collaborators (2)

Hyoungjin Kim

Shinkyu Jeong

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