About this Journal
Instructions for Authors
A Study of the Catenary Action for Axially Restrained Concrete Beams in Fire
Seung-Jea Lee and Won-Jea Lee*
The main research objective of this paper is to understand the load carrying mechanisms of reinforced concrete structures when subjected to fire. In particular, this research will ....
Top Bar Effects and Anchorage Strength of D10 Horizontal Reinforcement in Walls
Mun-Gil Kim, Sung-Chul Chun* ...
Pullout tests were performed to examine the top bar effect and the anchorage strength of D10 reinforcing bars used as horizontal reinforcement in ...
Shear Force Amplification Effect Addressing Nonlinear Dynamic Response in Slender RC Walls
Sung Hyun Kim, Hyeon-Jong Hwang ...
In performance-based seismic design of slender RC walls, a nonlinear time history analysis generates larger shear force demand than the shear force demand ...
Bacteria Mobilizing Approach for Developing Biomimic Coating Materials for Concrete Protection
Hyun-sub Yoon, Keun-hyeok Yang* ...
This study examines the mobilization approach of bacteria for a preferable environment for growth and survival of isolated bacteria in biological coating materials ...
Assessment of Self-Healing Performance of Fly ash Concrete Incorporating PE Fiber and PVA Fiber Using Flexural Test
Choonghyun Kang, Jungwon Huh* ...
Self-healing of concrete has received considerable attention because it could provide a solution to reduce the life cycle cost of concrete structures and to mitigate ...
Seismic Performance Assessment of Hollow Reinforced Concrete Bridge Columns using an Extended Damage Index
The goal of this study was to assess the seismic performance of hollow reinforced concrete bridge columns and to develop performance-based seismic design ...
Minimum Reinforcement Specifications for Flexural Reinforced Concrete Members
Minyeong Kim, Jae-Yeol Cho* ...
Structural concrete design codes provide several specifications for the minimum reinforcement. For flexural reinforced concrete members, three types of provisions are considered ...
Temperature Loss Compensation for Semi-adiabatic Test Using Newton’s Law of Cooling
Hee-Dae An, Hyun-Do Yun ...
As many massive concrete structures are being constructed, efforts to reduce the hydration heat of cement and thermal cracking in mass concrete are being ...
Effects of Steel Fiber Strength and Aspect Ratio on Mechanical Properties of High-Strength Concrete
Gwon Young Jeong, Seok Joon Jang ...
Steel fiber is mainly used to delay the crack progression and to improve the post-peak behavior of concrete. In high-strength concrete, however, the reinforcing effect of fiber ...
A Reevaluation of Anchorage Strength of Headed Bars in Exterior Beam-Column Joints
Hye-Jung Sim and Sung-Chul Chun*
Failure modes of exterior beam-column joints, where headed bars as beam longitudinal bars are terminated, are classified into concrete breakout, pullout, side-face blowout ...
Evaluation of Maximum Shear Reinforcement Ratio of Reinforced Concrete Beams based on Truss Model
The maximum shear reinforcement ratio of the KCI-12 design code is based on experience and experiment results same as that of the ACI318-14 code, but those of the EC2-04 and ...
Cyclic Lateral Loading Test for Cast-In-Place Concrete-Filled Hollow PC Columns Using Permanent Inner form
Service Life Evaluation through Probabilistic Method Considering Time-Dependent Chloride Behavior
Analysis of High Velocity Impact on SFRC Panels Using ABAQUS
Evaluation of Dispersion of Activated Carbon Fiber in Mortar Using Electrical Resistivity Method
Shear Friction Strength Model of Concrete considering Transverse Reinforcement and Axial Stresses
Suite 1009, New Bldg. The Korea Science & Technology Center, 22, Teheran-ro 7-gil, Gangnam-gu, Seoul 06130, Rep. of Korea
Tel +82-2-568-5984~7 Fax +82-2-568-1918 E-mail
Copyright© Korea Concrete Institute All rights reserved.
::::: family Site :::::