경상국립대학교 토목공학과 구조연구실Structural Engineering Laboratory, Dept. of Civil Engineering, GNU

권민호 (Kwon, Minho) Professor / 교수
Department of Civil Engineering, Gyeongsang National University

🏠 소개🏠 About

프로필Profile

경상국립대학교 토목공학과의 권민호 교수입니다.

철근콘크리트(RC) 구조물의 내구성 평가, 복합재료를 활용한 구조 보강, 그리고 지진공학 분야를 중심으로 다양한 연구를 수행하고 있습니다.

주요 연구 분야는 콘크리트 구조물의 동적 거동 분석, 유한요소해석, 그리고 고도화된 수치해석 기법 개발입니다. 특히 동결융해·부식 등 열화 환경과 크리프 및 피로 하중에 따른 GFRP 보강근 콘크리트 부재의 장기 거동 평가 및 구조 안정성 분석, 그리고 복합재료를 이용한 친환경 보강 기술 개발에 주력하고 있습니다.

최근에는 인공지능(AI)·머신러닝(ML) 기법과 실험 데이터를 결합하여 재료 강도 및 RC 및 GFRP 보강근 콘크리트 부재의 거동을 예측하는 도전적인 연구도 수행하고 있습니다.

I am Professor Minho Kwon in the Department of Civil Engineering at Gyeongsang National University.

My research focuses on durability assessment of GFRP reinforced concrete, structural retrofitting using composite materials, and earthquake engineering.

Key research areas include dynamic behavior analysis of concrete structures, finite element analysis, and advanced numerical modeling. In particular, I specialize in evaluating the long-term behavior and structural integrity of RC members under deterioration conditions such as freeze-thaw cycling and corrosion, as well as creep and fatigue loading, and in developing eco-friendly retrofitting technologies using composite materials.

More recently, I have been pursuing research that integrates artificial intelligence (AI) and machine learning (ML) techniques with experimental data to predict material strength and the structural behavior of RC members.

경력Career

2022
Visiting Scholar 2022.01 – 2022.08
Computer Science, University of Nevada at Las Vegas
2016
Visiting Researcher 2016.07 – 2017.08
Civil Engineering, North Carolina State University at Raleigh
2005
Visiting Scientist 2005.03 – 2006.02
Structural Engineering, University of California at San Diego
2000
Research Fellow 2000.08 – 2001.10
Computer Science, University of Colorado at Denver
1991
한국도로공사 Korea Expressway Corporation 1991 – 1992

🔬 연구분야🔬 Research Areas

콘크리트 내구성 평가Concrete Durability Assessment

동결융해, 부식, 중성화 등 환경 열화 메커니즘 규명 및 수명 예측Investigation of environmental deterioration mechanisms such as freeze-thaw, corrosion, and carbonation, and service life prediction

구조 보강 기술Structural Retrofitting Technology

CFRP, GFRP, BFRP 등 복합재료를 이용한 노후 구조물 보강Retrofitting of deteriorated structures using composite materials such as CFRP, GFRP, and BFRP

지진공학Earthquake Engineering

지진 거동 분석, 내진성능 평가, 내진 설계 기준 개발Seismic behavior analysis, seismic performance evaluation, and development of seismic design criteria

수치해석Numerical Analysis

유한요소해석(FEA), 격자 모델, 비선형 동적 응답 해석Finite element analysis (FEA), lattice models, and nonlinear dynamic response analysis

신소재 개발Advanced Material Development

경량콘크리트, 자기치유 콘크리트, 고성능 섬유보강 모르타르Lightweight concrete, self-healing concrete, and high-performance fiber-reinforced mortar

기계학습 활용Machine Learning Applications

AI/머신러닝을 이용한 구조 성능 예측 및 설계 최적화Structural performance prediction and design optimization using AI/machine learning

📋 연구과제📋 Research Projects

현재 진행 및 최근 종료 과제Current & Recent Projects

  • 새만금 방조제 지진 긴급 안전성 평가기술 (2025.06-2026.12)
    한국농어촌공사 농어촌연구원 (농림식품부)
    Emergency Seismic Safety Assessment Technology for the Saemangeum Seawall (2025.06-2026.12)
    Rural Research Institute, Korea Rural Community Corporation (Ministry of Agriculture, Food and Rural Affairs)
  • RC 기둥의 내진 성능평가 개선을 위한 데이터 기반 이력 모델 개발 (2026.3-2029.2)
    한국연구재단
    Development of Data-Driven Hysteresis Models for Reinforced Concrete Columns for Improved Seismic Assessment (2026.3-2029.2)
    National Research Foundation of Korea (NRF)
  • GFRP 건설용 인발 성형 구조재의 구조물 적용기술(성능평가 및 설계기술) 개발 및 수요산업 실증 (2024-2027)
    한국산업기술기획평가원
    Development of Structural Application Technology for Pultruded GFRP Structural Members (Performance Evaluation & Design) and Industrial Demonstration (2024-2027)
    Korea Institute for Advancement of Technology (KIAT)
  • 탄소고분자 부식 Zero 철근대체재 기술 개발 (2020-2025)
    국토교통과학기술진흥원
    Development of Carbon Polymer Corrosion-Free Rebar Replacement Technology (2020-2025)
    Korea Agency for Infrastructure Technology Advancement (KAIA)
  • 내진성능 평가를 위한 보-기둥 접합부 실험 및 해석 모델 개발 (2019-2024)
    한국연구재단
    Experimental and Analytical Model Development for Beam-Column Joints for Seismic Performance Evaluation (2019-2024)
    National Research Foundation of Korea (NRF)
  • 머신러닝 기반 재활용골재 콘크리트 압축강도 예측 모델 개발 (2022-2023)
    경상국립대학교 학술연구비
    Development of ML-Based Compressive Strength Prediction Model for Recycled Aggregate Concrete (2022-2023)
    Gyeongsang National University Research Grant

과거 완료된 주요 과제Past Completed Projects

  • 중규모 수력플랜트 건설기술 개발 (2017-2021)Development of Medium-Scale Hydropower Plant Construction Technology (2017-2021)
  • 지진계측자료 기반 특수교량 취약부 긴급안전성 평가 알고리즘 개발 (2017-2019)Development of Emergency Safety Assessment Algorithm for Vulnerable Sections of Special Bridges Based on Seismic Data (2017-2019)
  • 재난 시나리오(태풍, 호우, 지진) 기반 수변구조물 통합안전관리 기술 개발 (2013-2018)Development of Integrated Safety Management Technology for Waterfront Structures Based on Disaster Scenarios (Typhoon, Heavy Rain, Earthquake) (2013-2018)
  • HSC 구조물의 비선형 비틀림 거동에 대한 연구 (2012-2014)Study on Nonlinear Torsional Behavior of HSC Structures (2012-2014)
  • 대형구조물 기둥보강 FRP 보강제품 및 보강기술 개발 (2011-2014)Development of FRP products and reinforcement technology for large-scale structural RC column(2011-2014)
  • 도심지 내 중,저층 주요시설물(학교,병원 등)의 응급복구 내진보강기술 개발 (2011-2014)Development of Emergency Seismic Retrofit Technologies for Mid-to-Low-Rise Critical Facilities (Schools, Hospitals, etc.) in Urban Areas (2011-2014)
  • 옥외광고구조물 부착앵커 및 앵글의 성능평가 및 해석적 연구 (2011-2013)Performance Evaluation and Analytical Study of Anchors and Angles for Outdoor Advertising Structures (2011-2013)
  • 구조물-지반 상호작용을 고려한 구조물 비선형 내진성능평가 도구 개발 (2010-2011)Development of Nonlinear Seismic Performance Assessment Tool Considering Soil-Structure Interaction (2010-2011)
  • 지하역사의 내진성능 및 보수보강 평가 및 평가 도구 개발 (2008-2009)Development of an evaluation tool for seismic performance and retrofitting of underground railways station(2008-2009)

💡 특허 & 저서💡 Patents & Books

특허Patents

  • 벨크로와 발포성 재료를 이용한 기둥구조물의 내진보강공법 (Velcro Seismic Reinforcement System)
    등록번호: 10-2020-0055043 | 출원인: 경상국립대학교
    Seismic Reinforcement Method for Column Structures Using Velcro and Foam Materials (Velcro Seismic Reinforcement System)
    Reg. No.: 10-2020-0055043 | Applicant: Gyeongsang National University
  • 현장말뚝 철근망 뒤틀림 방지 장치법
    등록번호: 10-2019-0127410 | 출원인: 경상국립대학교
    Device and Method for Preventing Twisting of On-Site Pile Reinforcement Cages
    Reg. No.: 10-2019-0127410 | Applicant: Gyeongsang National University
  • 구조물 보강재의 결함 진단 시스템 및 방법
    등록번호: 10-2016-0062181 | 출원인: 경상국립대학교
    Defect Diagnosis System and Method for Structural Reinforcement Materials
    Reg. No.: 10-2016-0062181 | Applicant: Gyeongsang National University

저서Books

  • Abaqus를 활용한 건축-토목고급구조해석 및 Python 스크립트 (2026) | 저자: 권민호 | 발행처: 동화기술 Advanced Structural Analysis for Architecture & Civil Engineering Using Abaqus with Python Scripts (2026) | Author: M. Kwon | Publisher: Donghwa Technology
  • 철근콘크리트 (2015) | 저자: 권민호 외 | 발행처: 양서각 Reinforced Concrete (2015) | Author: M. Kwon et al. | Publisher: Yangseo-gak
  • 매트릭스 구조해석 (2012) | 저자: 권민호 외 | 발행처: 동화기술 Matrix Structural Analysis (2012) | Author: M. Kwon et al. | Publisher: Donghwa Technology
  • 구조해석 (2004) | 저자: 권민호 외 | 발행처: 인터비 Structural Analysis (2004) | Author: M. Kwon et al. | Publisher: Interbi

📄 논문📄 Publications

최근 주요 논문Featured Papers

전체 논문 목록Full Publication List

Data-driven lumped plasticity hysteresis model for predicting the cyclic response of rectangular reinforced concrete columns
Menghay Phoeuk, Minho Kwon
STRUCTURES, Vol.90
[🔬 논문보기View Paper]
Performance evaluation and numerical model development of cast-in-anchor subjected to freeze-thaw and combined load
Yeongseok Jeong, Suchart Limkatanyu, Jinsup Kim, Minho Kwon
Advances in Concrete Construction Volume 21, Number 2, February 2026 , pages 189-208
[🔬 논문보기View Paper]
Data-Driven Approach to Derive Equation for Predicting Ultimate Shear Strength of Reinforced Concrete Beams Without Stirrups
M Phoeuk, DY Choi, S Limkatanyu, M Kwon
Materials 18(11), 2446
Long-Term Creep Rupture of Carbon Fiber Reinforced Polymer Grids Under High Stress Levels: Experimental Investigation
M Phoeuk, DY Choi, M Kwon
Materials 18(1), 35
인용 1회1 Citations
Predicting Compressive Strength of Recycled Aggregate Concrete using Machine Learning Techniques
M Kwon, YJ Jeong, YJ Shin, YD Yang
대한토목학회 학술대회, 580-581
Combined deterioration effects of freeze-thaw and corrosion on the cyclic flexural behavior of RC beams
S Kim, Y Jeong, M Kwon, J Kim
Journal of Building Engineering 84, 108564
인용 20회20 Citations
Experimental and Numerical Study on the Behavior of RC Members under Combined Loads
S Kim, Y Jeong, M Kwon, J Kim
International Journal of Concrete Structures and Materials 18(1), 8
인용 6회6 Citations
Beam-Column Joint Retrofitting Using Basalt Fiber-Reinforced Polymer Grid and Cementitious Matrixes
C Lim, Y Jeong, M Kwon
ACI Structural Journal 121(1)
인용 1회1 Citations
Improvement of Seismic Performance Evaluation Method for Concrete Dam Piers by Applying Collapse-Level Earthquake (CLE)
JK Oh, YS Jeong, MH Kwon
Journal of the Korea institute for structural maintenance and inspection 28
Improvement of Response Spectrum Analysis Method of Crane Pile Mooring Facilities
J Oh, Y Jeong, M Kwon
KSCE Journal of Civil Engineering 27(6), 2535-2545
Study on the Application of Damping Ratio in the Seismic Performance Evaluation of Concrete Dams
JK Oh, YS Jeong, M Kwon
Journal of the Korea institute for structural maintenance and inspection 27
Accuracy Prediction of Compressive Strength of Concrete Incorporating Recycled Aggregate Using Ensemble Learning Algorithms: Multinational Dataset
M Phoeuk, M Kwon
Advances in Civil Engineering 2023(1), 5076429
인용 27회27 Citations
Improvement of Seismic Performance Evaluation Method for Concrete Dam Pier by Applying Maximum Credible Earthquake (MCE)
JK Oh, YS Jeong, MH Kwon
Journal of the Korea institute for structural maintenance and inspection 27
Ductile behavior of RC column reinforced with Velcro seismic reinforcement system (VSRS)
S Kim, Y Jeong, M Kwon, J Kim
Structures 44, 796-808
인용 2회2 Citations
Experimental study of reinforced concrete beam-column joint retrofitted by CFRP grid with ECC and high strength mortar
C Lim, Y Jeong, J Kim, M Kwon
Construction and Building Materials 340, 127694
인용 29회29 Citations
Strain measuring of composite grid using digital image correlation
C Lim, Y Jeong, S Limkatanyu, M Kwon
Advances in Materials Science and Engineering 2022(1), 6041887
인용 8회8 Citations
Improvement of Seismic Performance Evaluation Method of Gravity Type Concrete Dam Applying Maximum Credible Earthquake (MCE)
JK Oh, YS Jeong, MH Kwon
Journal of the Korea institute for structural maintenance and inspection 26
Seismic Performance Evaluation of Dam Structures and Penstock Considering Fluid-Structure Interaction
SH Heo, GS Nam, YS Jeong, M Kwon
Land and Housing Review 13(1), 141-150
Fracture energy prediction for lightweight aggregate concrete based on ACO method
J Kim, H Seo, S Limkatanyu, M Kwon
Techno-Press
인용 2회2 Citations
Finite beam element based on the strain-driven model for analyses of nanobeams on substrate media
W Sae-Long et al., M Kwon
Suranaree Journal of Science & Technology 29(5)
인용 2회2 Citations
Numerical study of RC beam-column joints using a 4-node lattice element analysis method
M Kwon, Y Jeong, J Kim
KSCE Journal of Civil Engineering 25(3), 960-972
인용 1회1 Citations
Mechanical behavior of fiber-reinforced lightweight concrete subjected to repeated freezing and thawing
S Rustamov, SW Kim, M Kwon, J Kim
Construction and Building Materials 273, 121710
인용 36회36 Citations
Effects of fiber types and volume fraction on strength of lightweight concrete containing expanded clay
S Rustamov, S Kim, M Kwon, J Kim
Advances in concrete construction 12(1), 47-55
인용 9회9 Citations
Experimental Study on the Performance Improvement of Velcro Reinforcement through Internal Filling
YS Jeong, M Kwon, JS Kim, GS Nam
KSCE Journal of Civil and Environmental Engineering Research 41(4), 347-355
Nonlinear Winkler-based frame element with inclusion of shear-flexure interaction effect for analysis of non-ductile RC members on foundation
W Sae-Long, S Limkatanyu et al., M Kwon
Journal of Applied and Computational Mechanics 7(1), 148-164
인용 30회30 Citations
Nonlinear flexibility-based beam element on Winkler-Pasternak foundation
W Sae-Long, S Limkatanyu et al., M Kwon
Geomechanics and Engineering 24(4), 371-388
인용 14회14 Citations
Sensitivity analysis to determine seismic retrofitting column location in reinforced concrete buildings
H Seo, K Park, M Kwon, J Kim
Structural Engineering and Mechanics 78(1), 77-86
인용 2회2 Citations
Numerical Study on the Estimation of Surface Constrained Pressure for Ductile Behavior of RC Columns
KM Kim et al., MH Kwon
Journal of the Korea institute for structural maintenance and inspection 25
Study on the Dynamic Behavior Characteristics of an Earthquake in a Crane Pile Mooring Facility
JK Oh, YS Jeong, MH Kwon
Journal of the Korea institute for structural maintenance and inspection 25
인용 2회2 Citations
Study on Optimized PVA Fiber-Volume Fraction for Polymer Cement Mortar
S Rustamov, SW Kim, MH Kwon, JS Kim
Journal of the Korean Society for Advanced Composite Structures 11(3), 25-31
인용 2회2 Citations
Forced-based shear-flexure-interaction frame element for nonlinear analysis of non-ductile reinforced concrete columns
LW Sae, S Limkatanyu, C Hansapinyo, T Imjai, M Kwon
Journal of Applied and Computational Mechanics 6, 1151-1167
인용 31회31 Citations
A study on adhesion behavior of CFRP composite plate attached on the RC beams by freezing and thawing
GB Kwon, DJ Lee, KM Kim, MH Kwon, JS Kim
Journal of Korean Society Advanced Composite Structures 11(2), 1-6
인용 3회3 Citations
Evaluation of Beam Behavior with External Bonded L-type GFRP Plate through bending Test
YS Jeong, MH Kwon, JS Kim, G Nam
Journal of the Korea Academia-Industrial cooperation Society 21(11), 86-93
Study on the applicability of standard design response spectrum analysis method for pile-type mooring facilities
JK Oh, YS Jeong, MH Kwon
Journal of the Korea institute for structural maintenance and inspection 24
인용 1회1 Citations
Multi-hazard fragility assessment of a concrete floodwall
SS Bodda, A Gupta, BS Ju, M Kwon
Reliability Engineering and Resilience 1(2), 46-66
인용 9회9 Citations
Seismic fragility evaluation of chimney structure in power plant by finite element analysis
GB Kwon, JS Kim, MH Kwon, KS Park
Journal of the Korea Academia-Industrial Cooperation Society 20(3), 276-284
인용 3회3 Citations
Optimal seismic retrofitted RC column distribution for an existing school building
H Seo, J Kim, M Kwon
Engineering Structures 168, 399-404
인용 43회43 Citations
Evaluation of Limit State for Pier According to Scour and Peak Ground Acceleration
MH Kwon, WY Jung, DH Shin, KY Kim
IOP Conference Series: Materials Science and Engineering 371(1)
Performance evaluation of RC beam-column joints with different bonding interfaces
W Jung, J Kim, M Kwon
Scientia Iranica 25(1), 11-21
인용 7회7 Citations
Seismic fragility evaluation of cabinet panel by nonlinear time history analysis
JY Moon, M Kwon, JS Kim, JH Lim
Journal of the Korea Academia-Industrial cooperation Society 19(2), 50-55
인용 11회11 Citations
Long-term performance of mechanically post-installed anchor systems
M Kwon, J Kim, H Seo, W Jung
Advances in Structural Engineering 20(3), 288-298
인용 13회13 Citations
Seismic performance of RC-frame structures with GFRP infill panels
M Kwon, H Seo, J Kim
Composite Structures 160, 722-733
인용 14회14 Citations
Evaluation of compressive strength of concrete members laterally confined by various FRP composites and exposed to high temperatures
WY Jung, MH Kwon, BS Ju
KSCE Journal of Civil Engineering 20(6), 2410-2419
인용 6회6 Citations
Evaluation of damaged RC columns with GFRP-strip device
H Seo, J Kim, M Kwon
Journal of Composites for Construction 20(4), 04015089
인용 4회4 Citations
Experimental study of torsional strength of RC beams constructed with HPFRC composite mortar
J Kim, M Kwon, H Seo, J Lim
Construction and Building Materials 91, 9-16
인용 16회16 Citations
Improved nonlinear displacement-based beam element on a two-parameter foundation
S Limkatanyu, W Sae-Long et al., M Kwon
European Journal of Environmental and Civil Engineering 19(6), 649-671
인용 18회18 Citations
Nonlinear lattice-based model for cyclic analysis of reinforced normal and high-strength concrete columns
M Kwon, CG Cho, J Kim, E Spacone
Advances in Structural Engineering 18(7), 1017-1027
인용 2회2 Citations
Performance evaluation of GIP wall systems for strengthening steel-frame structures
J Kim, M Kwon, H Seo, W Jung
Composite Structures 125, 228-238
인용 18회18 Citations
Design procedure of GFRP-infill panels to improve the strength of steel-frame structures
M Kwon, J Kim, W Jung, H Seo
Composite Structures 120, 262-274
인용 12회12 Citations
Exact stiffness matrix for nonlocal bars embedded in elastic foundation media: The virtual force approach
S Limkatanyu et al., M Kwon
Journal of Engineering Mathematics 89(1), 163-176
인용 10회10 Citations
Simplified passive earth pressure element
S Limkatanyu, M Kwon, W Jung
KSCE Journal of Civil Engineering 18(5), 1359-1363
인용 1회1 Citations
Seismic Retrofit of School Facilities Using Rapping and Attaching Composite Material
CW Park, DH Kim, MH Kwon, Y Choi
Journal of the Korea Concrete Institute 26(2), 135-142
Total Lagrangian formulation of 2D bar element using vectorial kinematical description
S Limkatanyu et al., M Kwon
KSCE Journal of Civil Engineering 17(6), 1348-1358
인용 6회6 Citations
Performance evaluation of the post-installed anchor for sign structure in South Korea
JS Kim, WY Jung, MH Kwon, BS Ju
Construction and Building Materials 44, 496-506
인용 64회64 Citations
Seismic performance evaluation of RC columns reinforced by GFRP composite sheets with clip connectors
J Kim, M Kwon, W Jung, S Limkatanyu
Construction and Building Materials 43, 563-574
인용 32회32 Citations
Performance evaluation and analysis model for the post-installed anchor
JS Kim, MH Kwon, HS Seo, JH Park
Journal of the Korean Society of Hazard Mitigation 13(2), 89-96
인용 18회18 Citations
Exact Stiffness for Beams on Kerr-Type Foundation: The Virtual Force Approach
S Limkatanyu et al., M Kwon
Journal of Applied Mathematics 2013, 626287
인용 30회30 Citations
Nonlinear Winkler-based beam element with improved displacement shape functions
S Limkatanyu et al., M Kwon
KSCE Journal of Civil Engineering 17(1), 192-201
인용 20회20 Citations
Contact interface fiber section element: shallow foundation modeling
S Limkatanyu, M Kwon et al.
Geomechanics and Engineering 4(3), 173-190
인용 16회16 Citations
Natural stiffness matrix for beams on Winkler foundation: exact force-based derivation
S Limkatanyu et al., M Kwon
Structural Engineering and Mechanics 42(1), 39-53
인용 14회14 Citations
Experimental investigation of the lateral load capacity and strength characteristics of a steel plate concrete (SC) shear wall
SG Cho et al., MH Kwon
Journal of the Earthquake Engineering Society of Korea 16(5), 23-32
인용 18회18 Citations
Seismic performance evaluation of reinforced concrete columns by applying steel fiber-reinforced mortar at plastic hinge region
CG Cho, SJ Han, MH Kwon, CK Lim
Journal of the Korea Concrete Institute 24(3), 241-248
인용 15회15 Citations
Structural behavior of compressive and flexural members due to corroded reinforcing bars and different bonding interfaces
WY Jung, MH Kwon, MK Ahn
Journal of the Korean Society of Hazard Mitigation 11(5), 33-40
인용 9회9 Citations
Nonlinear failure prediction of concrete composite columns by a mixed finite element formulation
CG Cho, M Kwon
Engineering Failure Analysis 18(7), 1723-1734
인용 28회28 Citations
Performance Evaluation of R/C Beam-Column Joint According to Unbonded Rebar
MH Kwon, WY Jung, JH Jung
Journal of the Korea institute for structural maintenance and inspection 15
Analysis of Reinforced Concrete Columns under Cyclic Loads Using a 2-Dimensional Lattice Model
MH Kwon, GJ Ha, TG Park, CG Cho
Journal of the Korea Concrete Institute 22(1), 103-111
인용 2회2 Citations
Prediction of nonlinear bending behavior for FRP concrete beams based on multi-axial constitutive laws
CG Cho, M Kwon
Engineering Structures 30(9), 2311-2320
인용 27회27 Citations
Analytical model of concrete-filled fiber-reinforced polymer tubes based on multiaxial constitutive laws
CG Cho, M Kwon, E Spacone
Journal of Structural Engineering 131(9), 1426-1433
인용 42회42 Citations
Development and modeling of a frictional wall damper and its applications in reinforced concrete frame structures
CG Cho, M Kwon
Earthquake Engineering & Structural Dynamics 33(7), 821-838
인용 77회77 Citations
Three-dimensional finite element analyses of reinforced concrete columns
M Kwon, E Spacone
Computers & Structures 80(2), 199-212
인용 112회112 Citations
Sensitivity Analysis and Optimization of Steel Plate-Girder
MH Kwon, CH Chang, MH Park
KSCE Journal of Civil Engineering 6(3), 273-282
인용 1회1 Citations
A 3D hypoplastic model for cyclic analysis of concrete structures
TA Balan, E Spacone, M Kwon
Engineering Structures 23(4), 333-342
인용 109회109 Citations
A Performance Based Assessment of Buckling-Restrained Braced Frame
C Chang, MH Park, MH Kwon
KSCE Journal of Civil Engineering 5(4), 347-355

👥 연구원 목록👥 Members

박사후과정Postdoctoral Researchers

  • Dr. Menghay Phoeuk – 콘크리트 성능 예측, CFRP 보강, 머신러닝 기반 구조해석Concrete performance prediction, CFRP retrofitting, machine learning-based structural analysis

박사과정Ph.D. Students

  • 최동영Choi Dong-Young – GFRP 보강근 RC 부재의 내화학성 및 동결융해 평가를 통한 장기거동 분석Long-term behavior analysis of GFRP rebar RC members through chemical resistance and freeze-thaw evaluation
  • 강민정Kang Min-Jeong – GFRP 형강 보의 휨-전단 실험 및 설계식 도출Flexure-shear testing and design equation development for GFRP wide-flange beams

석사과정Master's Students

  • 최준환Choi Jun-Hwan – GFRP 보강근 장기처짐 예측식 개발 및 CFRP 섬유의 전기저항 특성 분석Development of long-term deflection prediction equations for GFRP rebar members and electrical resistance characterization of CFRP fibers
  • 박태열Park Tae-Yeol – GFRP 형강 보의 유한요소 해석 모델 개발 및 경계조건에 따른 거동 평가FE model development and boundary condition study for GFRP wide-flange beams
  • 고한준Koh, Hanjun – GFRP 형강 부재 유한요소 해석GFRP Profile FEA
  • 김규태Kim, Gyutae – 데이터 기반 구조 모델 개발Data Driven Structure Model Development

연구원Research Staff

  • 김기홍Kim Ki-Hong – 방조제 대형 교량의 내진성능 평가Seismic performance evaluation of large bridges at sea dike crossings

📚 수업 관련📚 Courses

담당 강의Courses Taught

📐
응용역학
Applied Mechanics
전공필수Required
🏗️
철근콘크리트
Reinforced Concrete
전공필수Required
📊
구조동역학
Structural Dynamics
대학원Graduate
🌍
지진공학
Earthquake Engineering
대학원Graduate
💻
유한요소
Finite Element Analysis
대학원Graduate
🛠️ 수업에서 활용하는 SDOF 시뮬레이션, FEPS-web 등 자체 개발 프로그램은 프로그램 개발 탭에서 확인할 수 있습니다. 🛠️ In-house tools used in class (SDOF Simulation, FEPS-web, etc.) are available under the Software tab.

🛠️ 프로그램 개발🛠️ Software Development

연구와 강의 과정에서 필요에 따라 직접 개발한 프로그램들입니다. 웹 기반 도구는 별도 설치 없이 브라우저에서 바로 실행할 수 있으며, 교육·연구 목적으로 자유롭게 활용하실 수 있습니다. Software developed in-house for research and teaching. Web-based tools run directly in the browser without installation and are free to use for educational and research purposes.

🏗️
데스크톱 앱Desktop App macOS, Windows11

CivilNote v0.4.3

글과 수식, 단위 연산, 구조 해석까지 하나의 문서에서 실시간으로 처리하는 공학자 전용 스마트 마크다운 노트 앱 A smart Markdown note app built for engineers, integrating text, LaTeX math, unit-aware calculations, and structural analysis into a single live document.

CivilNotes은 공학 계산, 구조 해석, 그리고 문서 작성을 하나의 직관적인 워크스페이스에 통합한 공학 특화 노트 앱입니다. 기존의 번잡한 공학 소프트웨어와 단순한 메모 앱 사이의 간극을 메워, 아이디어 구상부터 최종 보고서서 내보내기까지의 모든 과정을 매끄럽게 연결합니다. CivilNote is a specialized note-taking and calculation engine tailored for civil, structural, and geotechnical engineers. By combining Markdown documentation, LaTeX math rendering, and powerful domain-specific computational tools into a single workflow, it turns your technical notes into living, executable engineering reports.

  • 글과 수식을 한자리에 — Markdown 과 LaTeX 수식을 함께 적습니다. 바로 보기에서 적은 글이 그 자리에서 렌더되고, 커서를 둔 줄만 원문으로 바뀜. 노트는 적은 대로 보임 — 줄을 바꾼 자리와 들여쓴 자리가 그대로 적용.- Text and Math in One Place — Write Markdown and LaTeX equations together. Live Preview renders text in place, and only the line with the cursor switches back to source text. Notes appear exactly as written — line breaks and indentations are preserved as applied.
  • 단위를 따지는 계산 — L := 6 m, M := {P*L}/{4} = kN*m 처럼 적으면 SI·US 단위를 환산해 가며 계산합니다. 30 kN + 5 m 처럼 더할 수 없는 것은 그 자리에서 알려 주고, 아직 값이 없는 변수를 쓴 줄은 오류가 아니라 "보류"로 두었다가 값이 생기면 계산. 함수·조건·행렬·기호 팔레트 제공.- Unit-Aware Calculations — Define variables like `L := 6 m, M := {P*L}/{4} = kN*m` to perform calculations with automatic SI and US unit conversions. Incompatible additions like `30 kN + 5 m` are flagged immediately on the spot. Lines using undefined variables are marked as "Pending" rather than errors, and resolve automatically once values are defined. Includes functions, conditions, matrices, and a symbol palette.
  • 구조 편집기 — 보와 프레임 구조를 그리고 지점·하중을 적용하면 구조도·풀이 과정·AFD·SFD·BMD 를 한 번에 노트에 적용. 트러스와 영향선도 다룸.- Structural Editor — Draw beam and frame structures and apply supports and loads to automatically generate structural diagrams, solution steps, AFD, SFD, and BMD directly in your note. Also supports trusses and influence lines.
  • 분야별 계산과 그림 — 토질(지층 단면·유효응력도·토압도, 기초 지지력, 압밀 시간–침하, 사면, 침투), 수리(개수로·관수로, 수면곡선, 관망, 강우–유출·빈도해석·증발산·침투), Mohr 원(응력변환·전단강도).-Domain-Specific Calculations & Diagrams — Geotechnical (soil profiles, effective stress, earth pressure, bearing capacity, consolidation time-settlement, slope stability, seepage), Hydraulics (open channel, pipe flow, water surface profiles, pipe networks, rainfall-runoff, frequency analysis, evapotranspiration, infiltration), and Mohr's Circle (stress transformation, shear strength).
  • 원문이 근거 — 화면의 그림·표·결과는 모두 노트의 글에서 만들어짐. 글을 고치면 그림이 따라 바뀌고, 앱이 따로 들고 있는 값은 없음.-Source Text is the Single Source of Truth — All diagrams, tables, and results on screen are generated entirely from the text in the note. Modifying the text automatically updates the diagrams, and the app stores no separate hidden state.
  • 꾸러미 한 개로 저장 — 노트와 그림을 .cnote 하나에 저정(평범한 Markdown 으로도 저장할 수 있습니다). 안에 든 것은 글이라 다른 편집기에서 열어도 그대로 나타남.-Save as a Single Package — Save notes and embedded assets into a single `.cnote` file (or export as standard Markdown). Since the underlying content is plain text, it remains accessible in any standard text editor.
  • 내보내기 — 인쇄 미리보기에서 종이를 고르고 PDF·HTML·Word(DOCX)·한글(HWPX) 로 내보냅니다.-Exporting — Select a paper size in Print Preview and export to PDF, HTML, Word (DOCX), and Hangul (HWPX).
  • 한국어·영어 — 화면과 예제 노트, 사용 설명서, 따라하기 모두 제공.-Bilingual (Korean / English) — Full UI, example notes, user manuals, and tutorials are provided in both Korean and English.
  • macOS 와 Windows 11 에서 실행. 자동 업데이트-Cross-Platform — Runs on macOS and Windows 11 with automatic updates.
💻
데스크톱 앱Desktop App macOS · Windows

NablaMDEditor v.0.19.0

AI 기반 학술 Markdown 편집기 (PDF, Hwpx, Docx 지원) AI-based Academic Markdown Editor (support PDF, Hwpx, Docx format)

수식과 상호참조를 그대로 둔 채 한글(HWPX)·Word(DOCX)·PDF 로 내보내는 학술 Markdown 편집기입니다(macOS · Windows). 최소 사양: macOS (Apple Silicon) · Windows 11 x64, 설치 후 약 320MB. 이 컴퓨터에서 AI 를 돌리려면 모델 크기(3.1~15.6GB)만큼 여유공간 A Markdown editor for academic writing. It keeps your equations and cross-references intact and exports to Hangul (HWPX), Word (DOCX) and PDF (macOS · Windows) Requirements: macOS (Apple Silicon) · Windows 11 x64, about 320 MB installed. Running the AI on your own machine needs extra disk space for the model (3.1–15.6 GB).

  • 수식과 상호참조 — 본문 내 $…$, 별행 $$…$$을 KaTeX로 렌더링함Equations and cross-references — inline $…$ and display $$…$$, rendered with KaTeX. Equations, tables and figures are numbered in order, and [@eq:hooke] resolves to Eq. (1). The syntax is pandoc-crossref, so other tools still read it.
  • 바로 보기 편집 — 커서가 있는 줄만 원문으로 두고 나머지는 그린 결과로 보여 줌. 분할·원문·미리보기 보기도 같이 제공Write and see at once — only the line under the cursor stays as source; the rest is rendered in place. No split screen to glance at while you edit an equation. Split, source and preview views are there too.
  • 한글(HWPX)·Word(DOCX) 내보내기 — 수식이 그림이 아니라 각 프로그램의 수식 객체로 나가므로, 워드나 한글의 수식 편집기에서 그대로 열림Export to Hangul (HWPX) and Word (DOCX) — equations arrive as real equation objects, not pictures, so they open in the Hangul and Word equation editors. Tables, figures and numbering come along.
  • 한글·Word 문서 읽기 — .docx·.hwpx 형식 지원. 파일 드래그 드롭 지원Open Hangul and Word documents — edit .docx and .hwpx directly, including files Hangul itself produced (measured: 165 headings and 826 figures recovered from a 32 MB manuscript). Drag and drop a file onto the window to open it.
  • 문서 스타일 — 화면과 내보낸 결과가 같은 스타일 적용Document styles — the screen and the exported file use one style set: fonts, sizes, line and paragraph spacing, indents, page breaks. No reformatting in Word afterwards. Style sets export to a file you can share.
  • PDF 와 인쇄 — 인쇄 미리보기에서 용지(A4·Letter)·여백·가로 방향 설정 및 인쇄PDF and printing — choose paper (A4 · Letter), margins and orientation in the print preview, pick a printer and print from there. Fonts ship with the app, so both operating systems lay out the same page.
  • 표와 그림 — 표는 | 를 세지 않고 격자에 채웁니다. 엑셀에서 표 붙여넣기 지원, 그림은 클립보드에서 바로 붙여 넣으면 문서 아래 폴더 images/ 로 복사 Tables and figures — fill a grid instead of counting | characters, paste a block of cells straight from Excel, and reopen an existing table with its values in place. Images paste from the clipboard and are copied next to the document in images/, so moving the folder keeps them.
  • AI 보조 — 문장 다듬기 · 표현 제안 · 개조식 · 문체 바꾸기(학술 문서 · 기술 보고서 · 학위 논문 · 저널 논문 · 연구 제안서) · 수식 만들기 · 수식 설명 · 한↔영 번역AI assistance — polish, alternative phrasings, bullet form, register (academic paper · technical report · thesis · journal article · research proposal), equations from a description, equation explanations, and Korean↔English translation. Equations and references are never sent to the model, and every result is shown beside the original for you to approve.
  • 오프라인 AI — 로컬 llm 지원(gemma4), 원격 LLM 서버 · ChatGPT · Gemini · Claude 선택 가능Offline AI — a bundled llama.cpp runs a GGUF model on your own machine. No internet, no API key. Remote LLM servers, ChatGPT, Gemini and Claude are available as alternatives.
  • UI 언어 — 메뉴를 한국어/English 로 전환.Interface language — switch the menus between Korean and English.
📄
데스크톱 앱Desktop App macOS · Windows

PaperKo v1.8.1

학술 논문 PDF 레이아웃 보존 번역기 Layout-Preserving Academic PDF Translator

학술 논문 PDF를 원문 레이아웃 그대로 번역하는 데스크톱 앱입니다. 수식·표·그림·2단 구성·절 제목은 그대로 둔 채 본문만 번역해 원본과 동일한 형태의 번역본 PDF를 만들며, 원격 LLM 서버(vLLM) 또는 완전 오프라인 로컬 모델(llama.cpp + GGUF)을 선택해 인터넷 없이도 동작합니다. A desktop app that translates academic-paper PDFs while keeping the original layout intact. Equations, tables, figures, two-column layout, and section headings stay in place — only the body text is translated — producing a PDF identical in form to the original. Choose a remote LLM server (vLLM) or a fully offline local model (llama.cpp + GGUF); works without internet.

  • 원문↔번역 좌우 비교 뷰 (확대·이동·페이지 이동)Side-by-side source ↔ translation view (zoom, pan, page nav)
  • 레이아웃 보존 PDF 외 편집 가능한 한글(HWPX)·Word(DOCX) 내보내기Export to layout-preserved PDF plus editable HWPX / DOCX
  • 원문 자동 감지 · 7개 언어 번역 (한국어·English·日本語·中文·Español·Deutsch·Français)Auto-detects source; translates into 7 languages (KO·EN·JA·ZH·ES·DE·FR)
  • 스캔 PDF OCR 번역, 용어집 일괄 적용 (CSV 입출력), 미흡 부분 재번역OCR for scanned PDFs, glossary with CSV import/export, one-click retranslation
  • 한국어/English UI · 최소 사양: RAM 16GB, SSD 여유 공간 5GBKO/EN interface · Minimum: 16 GB RAM, 5 GB free SSD
🧮
웹 앱Web App JavaScript

SDOF 시뮬레이션SDOF Simulation

단자유도 시스템 동적 거동 시뮬레이터 Single-Degree-of-Freedom Dynamic Response Simulator

구조동역학 수업에서 다루는 단자유도(SDOF) 시스템의 거동을 직접 해석하고 시각적으로 확인할 수 있는 JavaScript 기반 시뮬레이션입니다. 질량·강성·감쇠 및 하중 조건을 변경하면서 자유진동, 조화하중, 지반운동에 대한 응답을 실시간으로 관찰할 수 있습니다. A JavaScript-based simulation for analyzing and visualizing the behavior of single-degree-of-freedom (SDOF) systems covered in Structural Dynamics. Vary mass, stiffness, damping, and loading to observe free vibration, harmonic, and ground-motion responses in real time.

  • 자유진동 · 조화하중 · 지반운동 응답Free vibration, harmonic & ground-motion response
  • 매개변수 변경에 따른 실시간 그래프Live plots as parameters change
  • 설치 없이 브라우저에서 실행Runs in the browser, no install
🏗️
웹 앱Web App FEM · JavaScript

FEPS-web

웹기반 유한요소해석 도구 Web-based Finite Element Analysis Tool

2차원 평면응력/평면변형 문제와 2차원·3차원 골조(Frame) 및 트러스(Truss) 구조 해석을 위한 웹기반 유한요소 프로그램입니다. 매트릭스 구조해석과 유한요소 수업의 이론을 실제 해석 결과와 비교하며 학습할 수 있도록 설계되었습니다. A web-based finite element program for 2D plane problems and 2D/3D frame and truss structures. Designed so students can compare the theory from Matrix Structural Analysis and FEM courses against actual analysis results.

  • 2D 평면요소 해석2D plane-element analysis
  • 2D / 3D 골조 및 트러스 해석2D / 3D frame & truss analysis
  • 변위 · 부재력 · 응력 결과 시각화Displacement, member force & stress visualization
※ 프로그램 사용 중 오류나 개선 의견이 있으시면 kwonm@gnu.ac.kr로 알려주시기 바랍니다. ※ Bug reports and suggestions are welcome at kwonm@gnu.ac.kr.

📍 연락처📍 Contact

기본 정보Basic Information

이름Name: 권민호 (Minho Kwon)

직급Position: 교수Professor

소속Affiliation: 경상국립대학교 토목공학과Dept. of Civil Engineering, Gyeongsang National University

학위Degree: 박사 (Ph.D.)Ph.D. – University of Colorado at Boulder

연락 방법Contact Information

이메일Email: kwonm@gnu.ac.kr

사무실 위치Office: 경상국립대학교 공과대학 406동 213호

전화Phone: 055-772-1790 (학과 대표번호)(Dept. main number)

Fax: 055-772-1799

Google Scholar: https://scholar.google.com/citations?user=XhdanQwAAAAJ&hl=ko

실험실Experimental Laboratory

구조실험실 (Structural Laboratory)

구조실험실 (Structural Laboratory)

위치Location: 경상국립대학교 공과대학 토목 구조실험동Structural Experiment Building, College of Engineering, Gyeongsang National University

장비Equipment: 50ton, 100ton 액츄에이터, 만능시험기, 동적로드셀, 데이터수집시스템, 습식 및 건식 동결융해시험기, 크리프 시험기 등50-ton & 100-ton actuators, universal testing machine, dynamic load cell, data acquisition system, wet/dry freeze-thaw testing machines, creep testing machine, etc.

전공Specialization: 철근 콘크리트 부재 및 각종 재료의 강도 및 거동 실험Strength and behavioral testing of reinforced concrete members and various construction materials

연구실Research Laboratory

구조해석연구실 (Structural Analysis Laboratory)

구조해석연구실 (Structural Analysis Laboratory)

위치Location: 경상국립대학교 공과대학 406동 117호Rm. 117, Bldg. 406, College of Engineering, Gyeongsang National University

연구내용Research: 철근콘크리트 구조물 실험, 수치해석, 유한요소해석, 시뮬레이션, 교량 내진성능평가, 머신러닝 기반 재료강도 및 RC 기둥 거동 평가RC structure testing, numerical analysis, FEA, simulation, bridge seismic performance evaluation, ML-based material strength and RC column behavior assessment