Sangseok Yu

Professor

Chungbuk National University

South Korea

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About

Dr. Sangseok Yu is a Professor at Chungnam National University in South Korea. His research focuses on proton exchange membrane fuel cells, including system modeling and performance optimization. Recent publications highlight his work on fuel cell hybrid electric vehicles, cooling performance for heavy-duty applications, and innovative strategies for CO2 separation and management in various conditions.

Articles (18)

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2026

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2025

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2022

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2021

Collaborators (1)

Jaeyoung Han

Assistant Professor

Youngsan University

SOUTH KOREA

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Sangseok Yu

Research Interests

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About

Articles (18)

A comprehensive dynamic system model of proton exchange membrane fuel cell for analysis of high current power generation

A high-fidelity simulation platform for performance analysis of light-duty fuel cell hybrid electric vehicles

Cooling performance of large-capacity PEMFCs for heavy-duty fuel cell vehicles under varying cooling conditions

Vapor transport characteristics of hollow fiber membrane humidifiers in three layouts

Dynamic flooding management strategy for automotive proton exchange membrane fuel cell system using cathode membrane water content

Operating condition optimization of heavy-duty truck PEM fuel cell for enhanced performance and durability

Parametric investigation of CO2 separation performance from air-CO2 mixture at the cold outlet of the vortex tube

Numerical investigation of non-equilibrium condensation of carbon dioxide from a gas mixture of carbon dioxide and argon in a supersonic nozzle under cryogenic conditions

One-dimensional dynamic model of a PEM fuel cell for analyzing through-plane species distribution and irreversible losses under various operating conditions

Regulation of anode gas pressure for durable and secure operation of proton exchange membrane fuel cells with variable-flow-rate ejector

Establishment of energy management strategy of 50 kW PEMFC hybrid system

A comparative study of single and dual ejector concepts for anodic recirculation system in high-performance vehicular proton exchange membrane fuel cells

3D computational fluid dynamics-based analysis of water transfer characteristics of hollow fiber membrane for gas-to-gas membrane humidifier

Analysis of cooling performance using evaporation enthalpy of product water for a lightweight aviation fuel cell system

A Study on the Design of Housing for Improving Cooling Performance of Electric Water Pump

A Study of Cooling System Control of Fuel Cell Truck

A study on vapor transport characteristics in hollow-fiber membrane humidifier with empirical mass transfer coefficient

Experiment on Heat Dissipation Characteristics of Electric Water Pump Housing Under Various Loads

Collaborators (1)

Jaeyoung Han

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