2022
-
Han Sol Lee; Thomas H.-K. Kang
, Large eddy simulation of high-rise building under interference effect,
2022.
-
Seung Yong Jeong; Thomas H.-K. Kang
, Generation of correlated time history wind loads for performance-based wind design,
2022.
-
Tse-An Chou; Seung Heon Lee; Thomas H.-K. Kang
, Cyclic wind and seismic loading tests of reinforced concrete coupling beams with different amount of transverse reinforcements,
2022.
-
Hamidreza Alinejad; Thomas H.-K. Kang
, Efficiency of bilinear and self-centering systems under along-wind load,
2022.
-
Jaehyun Kim; Donghwi Jung
, Redundancy-based Design of Water Distribution Systems,
2022.
-
MIn Jae Park; Arum Jang; Young K.Ju
, Structural Performance of the Steel-Polymer Composite Floor under Various Conditions,
2022.
-
Kim, Do Young; Alemayehu, Robel Wondimu; Ju, Young.K; Oh, Jintak
, Finite Element Parametric Study of Low Yield Steel Buckling Restrained Brace,
2022.
-
Lee, Yu Jin; Seo, Seung Hoon; Park, Do Eon; Lee, Chang Woo; Cho, Kyung Han; Zi, Goang Seup
, Resistance to calcium leaching of liquid-crystal display (LCD) glass-blended cement composites,
2022.
-
Lee, Han Sol; Kang, Thomas H.-K.
, Effect of Pressure Tap Location for High-Frequency Pressure Integration Test of Concrete Building,
2022.
-
Chou, Tse-An; Seung Heon Lee; Kang, Thomas H.-K.
, RC Coupling Beams with Different Amount of Confinements under Cyclic Wind and Seismic Loading Tests,
2022.
-
Lee, Sang Min; Sung, Han Suk; Kang, Thomas H.-K.
, Prediction of Concrete Compressive Strength Using Machine Learning,
2022.
-
Ahn, Byeonhuk; Alinejad, Hamidreza; Kang, Thomas H.-K.
, Performance-Based Wind Design of Tall RC Buildings by Nonlinear Time History Analysis,
2022.
-
Sung, Han Suk; Ahn, Seong Ryong; Kang, Thomas H.-K
, A Study on Vibrational Characteristics of Precast Concrete Rooftop Structure,
2022.
-
Kim, Min Kyu; Kang, Thomas H.-K.
, Estimation of Wind Load of High-rise Concrete Buildings Affectedby Damping Ratio,
2022.
-
Kim, Do Hyung; Alemayehu, Robel Wondimu; Ju, Young K
, An Evaluation of Design Equations for Angle and Circular Pipe Splices in High Voltage Transmission Towers by Finite Element Analysis,
2022.
