Cheol-Ho Lee

Professor

Seoul National University

South Korea

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About

Professor Cheol-Ho Lee is a faculty member at Seoul National University in South Korea. His research focuses on structural steel components, seismic performance, and failure modes, as evidenced by his recent publications on hysteresis modeling, buckling strength prediction, and seismic demand evaluations. He is actively engaged in experimental investigations and analytical modeling related to high-strength steel and composite structures.

Articles (20)

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2025

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2021

Collaborators (1)

Bongho Cho

Associate Professor

Ajou University

SOUTH KOREA

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Cheol-Ho Lee

Research Interests

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About

Articles (20)

Neural network-based hysteresis modeling for structural steel components

Experimental Investigation of Failure Modes and Strength of High-Strength Steel CHS K Joints

Prediction of Buckling Strength of Steel Column at Elevated Temperatures Based on Shanley Column Concept

Evaluation of Seismic Acceleration Amplification Factors for Building Nonstructural Components Based on Coupled Analysis of Structure‐Nonstructural 2‐DOF System

Experimental testing and plastic strain analysis of high strength steel longitudinal plate to tubular X joints

Compressive chord sidewall failure of equal-width RHS X joints with brace inclination

Evaluation of Seismic Demand on Nonstructural Elements Based on Shake-Table Testing of Full-Scale 2-Story Steel Moment Frame

Noncasing Brace for Seismic Retrofit Using Low Yield Point Steel: Seismic Performance, Feasibility, and Design Procedure

Experimental Evaluation of Negative Flexural Capacity of Composite Slabs Embedded with Truss Girders

Analytical Modeling and Design Resistance of Axially Loaded CHS XX Joints

Experimental and numerical investigation of seismic response of access floors based on shake-table tests using 2-story steel moment frame

Experimental Investigation of Cold-Formed High Strength Steel K Joints

Experimental investigation of cold formed high strength steel tubular joints subjected to moment loading

Effect of Rotational Restraint on Inelastic Buckling of Steel Column at Elevated Temperatures

Deformation and strain limits for IPB-loaded high strength steel CHS joints

Analytical Strength Prediction Model for Full-Width Circular Hollow Section X-Joints

Chord Sidewall Failure of RHS X-Joints in Compression and Associated Design Recommendations

Analysis of Dynamic Behavior of Seismic and Non-Seismic Suspended Ceiling Systems Based on Shake-Table Testing

An Evaluation of Design Equations for Steel Column at Elevated Temperatures

Prediction of Temperature Distribution and Strength of Unprotected Mega CFT Columns Exposed to Standard Fire

Collaborators (1)

Bongho Cho

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