[논문]SC합성기둥의 성능기반 내화구조설계

SC합성기둥의 성능기반 내화구조설계
Performance Based Structural Design of SC Composite Columns under Fire Condition 원문보기

강성덕 (현대종합설계 구조설계팀) , 최재성 (현대종합설계 구조설계팀) , 김인기 (현대종합설계)

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This study is presented the experimental and analysis studies on the fire resistance of the SC-Column under axial compression at elevated temperatures. A comprehensive study has been conducted to investigate the fire performance of the behavior and strength of the SC composite column made with concrete and steel H-section stiffened with transverse links.
This study presents the results of an experimental study and analysis for the behavior of SC-Columns under compression at elevated temperatures. According to the Korean Industrial Standard KS2257-1, which is the standard used in the evaluation of fire resistance performance of SC-Column in this study.

The tests were carried out by exposing the columns to heat in a furnace specially built for testing loaded columns in Korea. A hydraulic jack with a capacity of 300 tons produces a load along the axis of the test column.
The three parameters cross-section size, presence of fire protection clad, and load ratio were used in this experiment. Two specimens for each cross-section size, a total of seven specimens, were manufactured
A comprehensive study has been conducted to investigate the fire performance of the behavior and strength of the SC composite column made with concrete and steel H-section stiffened with transverse links. This paper presents the results of a parametric study using the heat transfer analysis and compares these results with experimental results to check the accuracy of the proposed parametric studies.

The heat transfer analysis was carried out using the general FE package ANSYS program. As heat transfer is the movement of heat by conduction, convection, and radiation, and as temperature inside an object varies by position and time, heat distribution was analyzed by the function of position and time.

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