Korea
Abstract
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1. Energy-Based Hysteresis modeling of Reinforced Concrete Members
under Cyclic Loading
Tae-Sung EOM , Insung KIM , and Hong-Gun PARK
2. PLASTIC HINGE MODEL OF REINFORCED CONCRETE COUPLING BEAMS
Hyeon-Jong HWANG, Soo-Hyun KIM, Sung-Hyun KIM, Mok-In PARK, Hong-Gun PARK
002_Hyeon-Jong Hwang_abstract_SEEBUS2022.pdf3. RC Coupling Beams with Different Arrangements of Transverse Reinforcement Tested under Seismic or Wind Loads
Tse-An Chou, Seung Heon Lee, and Thomas Kang
003_Abstract_Tse-An Chou_20220822.pdf4. THICKNESS OF SHEAR FLOW PATH IN RC MEMBERS AT MAXIMUM TORSIONAL STRENGTH
Dong-Hwan Kim, Hyeong-Gook Kim, Yong-Jun Lee, Jung-Yoon Lee, and Kil-Hee Kim
004_Abstract_SEEBUS2022_KNU_Korea_another version.pdf5. ARTICIFICIAL NEURAL-NET BASED HYSTERESIS IDENTIFICATION
Sung-Yong KIM, Hong-Rae JANG, and Cheol-Ho LEE
005_Abstract_Sung-Yong Kim_20221013.pdf6. SEISMIC PERFORMANCE OF PILE-SUPPORTED SLAB WHRAF DECK
Decukhang (DK) LEE
006_SEEBUS Abstract.pdf7. CENTRIFUGE TESTS FOR SINGLE-DEGREE-OF-FREEDOM (SDOF) FRAME STRUCTURE WITH SHALLOW FOUNDATION
Jin-Young Park, Hong-Gun Park, Dong-Kwan Kim, Jin-Woo Kim
007_JYPARK_abstract_SEEBUS2022.pdf8. NUMERICAL INVESTIGATION OF THE POST-FIRE PERFORMANCE OF PILOTI-TYPE RC BUILDING STRUCTURES
Jinwon SHIN , Yurim CHU , Taejin KIM3, and Sung-Mo CHOI4
008_Abstract_SEEBUS2022_JS YC TK SC.pdf9. MODELLING ISSUE OF STEEL BRACES USING A PHYSICAL MODELING METHOD
Dong-Hyeon SHIN, Hyung-Joon KIM
009_DHSHIN_abstract_SEEBUS2022.pdf10. FLEXURE-SHEAR CAPACITY OF PERFORATED STEEL BEAMS WITH NOVEL REINFORCEMENT
Ho-Jun Lee, Hong-Gun Park
010_Ho-Jun Lee_abstract_SEEBUS2022.pdfPage updated
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