Professor Jongwan Heo's Research Team at Incheon National University Publishes Paper in the World’s Leading Journal in Construction and Building Technology

글번호
408601
작성일
2025-07-01
수정일
2025-07-01
작성자
홍보팀 (032-835-9490)
조회수
209

지샨 하이더 박사, 김성한 박사, 사이드 나크비 연구원, 허종완 교수

Professor Jongwan Heo's Research Team


Professor Jongwan Heo’s research team from the Department of Civil and Environmental Engineering at Incheon National University (corresponding author) has published a paper titled “Effect of Graphene Nanoplatelets on the Temperature Time-Delay Response of PCM‑Enhanced Concrete in Subzero Climates” in Cement and Concrete Composites—recognized as the most prestigious journal in Construction & Building Technology (2024 JCR Impact Factor 13.1, ranked #1 in its field, top 0.5%) .


The study introduces an innovative material combining phase-change material (PCM) and graphene nanoplatelets (GNPs) to enhance the thermal performance of concrete road pavements in cold regions. By using PCM-impregnated lightweight aggregates and directly incorporating GNPs into the cement matrix, the team achieved heat retention improvements—showing up to a 72% increase in temperature time-delay—without compromising workability or structural stability. This approach offers a practical and scalable solution for cold-region infrastructures.


First author Dr. Muhammad Zeeshan Haider, who holds a PhD from Incheon National University, previously earned a bachelor’s degree from UET Lahore. During his time at INU, he published eight papers in top 10% SCI journals, surpassed 100 citations, obtained one patent, and received the INU President’s Award in 2024. He is currently a postdoctoral researcher in Heo’s lab, leading national-funded projects .


Co-author Dr. Xinghan Jin, a Chinese national with a PhD from INU, is currently a postdoctoral researcher who has published 11 SCI-level papers to date . Researcher Syed Nayyar Raza Naqvi, from Pakistan and currently pursuing his PhD at INU, focuses on nanotechnology-enhanced concrete for improved thermal energy storage, durability, and mechanical performance .


The corresponding author, Professor Jongwan Heo, earned his PhD from Georgia Institute of Technology and has been a faculty member since February 2012 after serving at KISTEP. At INU, he has published over 260 SCI-level papers (221 as first or corresponding author), secured 98 domestic and international patents, and led over ₩70 billion in national R&D projects. Since 2020, he has served as a Research Professor Fellow and, in 2024, received the Presidential Citation as a Science & Technology Merit recipient for Science Day .

첨부파일