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Iksung Kang

Korea Advanced Institute of Science and Technology · Engineering

About the Lab

Professor Iksung Kang's research lab specializes in structural engineering with a focus on enhancing the seismic performance and durability of reinforced concrete (RC) structures. The lab investigates advanced construction materials such as polymer mortar systems—including fiber-reinforced and hybrid systems with steel mesh—to improve shear resistance, energy dissipation, and crack control under cyclic loading. Another key research direction involves neuromuscular rehabilitation, particularly the impact of proximal stability on upper extremity function recovery in stroke patients, using clinical assessments and targeted physical therapy interventions. The lab combines experimental testing with clinical evaluation to develop innovative solutions for structural resilience and post-stroke functional recovery.

reinforced concretepolymer mortarseismic performancestroke rehabilitationproximal stability

Research Overview

Papers
5
Total Citations
41
Papers (5y)
5
Primary Field
Engineering

Research Output Trend

Figures are computed from collected data and may differ slightly.

Publications per year (5y)
5total
2002
2009
2010
2014
2015
Citations per year (5y)
41total
20022009201020142015

Selected Papers

5
1
Article|35 citations·2015
Structural behavior and performance of water pipes rehabilitated with a fast-setting polyurea–urethane lining
Sung Kyu Ha, Haeng‐Ki Lee, I.S. Kang
SJR Q1Tunnelling and Underground Space Technology
Civil and Structural EngineeringEngineering
2
Article|6 citations·2010
Shear Behavior and Performance of RC Beams with Polymer Mortar Systems Under Cyclic Loading
Sung Kyu Ha, Haeng‐Ki Lee, I.S. Kang
SJR Q2Journal of Reinforced Plastics and Composites

A series of static cyclic loading tests were carried out to investigate the shear behavior and performance of RC beams with three different polymer mortar systems: (1) a (typical) polymer mortar without fibers, (2) a short-fiber reinforced polymer mortar, and (3) a hybrid polymer mortar incorporating honeycomb steel mesh (HPM). The effectiveness of the three different systems under static cyclic loading was investigated through the crack patterns, failure modes, and load-deflection curves of the

Building and ConstructionEngineering
3
Article|0 citations·2009
Effectiveness of Strengthened RC Beams with a hybrid multi layer under cyclic loading
Sung Kyu Ha, Haeng‐Ki Lee, I.S. Kang
Building and ConstructionEngineering
4
Article|0 citations·2002
The Deceleration Of The Growth Damage Function For Facets Of The Topological Optimized Composite Honeycomb Blade
Y H Kim, Vitaly A. Shuripa, J S Wang, B K Choi, I.S. Kang, R. Murakami
複合材料シンポジウム講演要旨集
Mechanics of MaterialsEngineering
5
Article|0 citations·2014
A Study of Proximal Stability Following Change Upper Exremity Function of the Patients with Stroke
Yeon-Ju Choi, I.S. Kang, Jin-gu Im
Journal of Clinical Movement Science in Human

Purpose The purpose of the this study is to find out the effect of proximal stability following change upper extremity function of the patients with stroke. Methods The subject of this study was a patient with stroke who has been treated in department of physical therapy, Bucheon-Korea Su Hospital. Evaluation tool were used Grooved pegboard, MFT, 9-holes pegboard test. For the four weeks the subject was treated 30 minutes per session, five times per week. Results The grooved pegboard test was in

RehabilitationMedicine

Research Areas

Building and ConstructionCivil and Structural EngineeringMechanics of MaterialsRehabilitation

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