Filter by
Korea University, Emeritus Professor | Seoul, South Korea
Dr. Sang Dae Kim is a professor of Dept. of Civil, Environmental and Architectural Engineering at Korea University. He is also POSCO Steel Chair Professor, which was founded to promote structural steel’s research in construction by POSCO.
After earning his Ph.D. in Structural Engineering from the University of Illinois at Chicago in 1988, he began his academic career at Korea University, where he now teaches several subjects including Structural Analysis, Design of Steel Structures, Structural Dynamics, Seismic Analysis and Design and Analysis of Tall Buildings. He was the Chairman of the organizing committee for the “CTBUH 2004 Seoul Conference” which was held in October 2004. He founded the Korean chapter of CTBUH, K-CTBUH, in 2008. Dr. Kim was a field editor of Journal of Asian Architecture and Building Engineering (JAABE), which is jointly published by Korea, Japan and China. Also, he…
IJHRB Research Journal, Chief Editor (2012 – Present)
CTBUH Chairman (2009 – 2011)
Annual Conference, Presenter (Dubai 2008; Chicago 2019)
International Journal of High-Rise Buildings Vol. 7 No. 3
28 September 2018
21 October 2010
CTBUH Symposium "9th Annual Awards" Introduction
Sang Dae Kim, CTBUH Chairman, gives the Welcoming message at the opening of the 2010 Awards Symposium. Symposium Chair, CTBUH Executive Director Antony Wood, also...
You must be a CTBUH Member to view this resource.
23 September 2020
Comparative Analysis of Lifting Loads of Tower Cranes by Core Structure Construction Methods
Yong Seok Choi, LOTTE Engineering & Construction; Taehoon Kim, Chosun University; Sangdae Kim, Korea University
In tall building construction, the appropriate control of lifting loads on tower cranes is critical in terms of the construction duration of structural works. The...
You must be a CTBUH Member to view this resource.
01 March 2017
Prediction of Time-dependent Lateral Movement Induced by Differential Shortening in Tall Buildings
Taehun Ha & Sungho Lee, Daewoo E&C; Sangdae Kim, Korea University
High-rise buildings move during construction due to time-dependent material properties of concrete (creep and shrinkage), construction sequences, and structural shapes. The building movements, including vertical...
You must be a CTBUH Member to view this resource.
Filter by
Filter by
21 October 2010
CTBUH Symposium "9th Annual Awards" Introduction
Sang Dae Kim, CTBUH Chairman, gives the Welcoming message at the opening of the 2010 Awards Symposium. Symposium Chair, CTBUH Executive Director Antony Wood, also...
21 October 2010
CTBUH 9th Annual Awards Dinner
The 9th Annual Awards Ceremony & Dinner was held in Mies van der Rohe’s iconic Crown Hall, on the Illinois Institute of Technology campus, Chicago....
05 March 2008
Evaluations of the Dynamic Properties for a Residential Tall Building
Ji Young Kim & Sang Dae Kim, Daewoo Institute of Construction Engineers, proposed a proper evaluation procedure of dynamic properties for practical engineering works of...
05 March 2008
Track 14 Panel Questions and Answers
The panel of Track 14 with Karel Vollers, Sam Lee, Ji Young Kim, Sang Dae Kim, and Kan Shimizu took questions from the audience of...
23 September 2020
Comparative Analysis of Lifting Loads of Tower Cranes by Core Structure Construction Methods
Yong Seok Choi, LOTTE Engineering & Construction; Taehoon Kim, Chosun University; Sangdae Kim, Korea University
In tall building construction, the appropriate control of lifting loads on tower cranes is critical in terms of the construction duration of structural works. The...
01 March 2017
Prediction of Time-dependent Lateral Movement Induced by Differential Shortening in Tall Buildings
Taehun Ha & Sungho Lee, Daewoo E&C; Sangdae Kim, Korea University
High-rise buildings move during construction due to time-dependent material properties of concrete (creep and shrinkage), construction sequences, and structural shapes. The building movements, including vertical...
01 March 2012
Experimental and Analytical Investigation of Web-transferred Diagrid Node under Seismic Condition
Inyong Jeong, Young K. Ju, & Sang-Dae Kim, Korea University
The diagrid structural system is considered to be not only the best structural system for constructing free form structures, but also a very effective system...
20 November 2011
Sang Dae Kim, Korea University; Timothy Johnson, NBBJ
Assuming the Chairman’s position in a not-for-profit organization is always an honorable matter, and especially so when that organization is focused on high-rise building.
10 October 2011
Seismic Performance of Coupling Beam Damper System
Taesang Ahn & YoungJu Kim, Dongil Rubber Belt; SangDae Kim & Intae Hwang, Korea University
This paper describes an experimental investigation on the hysteresis behavior of new type of reinforced concrete coupling beam systems with energy dissipation devices, such as...
10 October 2011
Cyclic Performance of Diagrid Nodes for Tall Buildings
Youn K. Ju, Inyong Jeong & Sang-Dae Kim, Korea University
The diagrid system, which has distinctive appearance and high structural performance, is still in its initial phase. To apply the diagrid system to buildings, especially...
10 October 2011
Structural Behavior of Composite Floor with GFRP
Jaeho Ryu, Young K. Ju & Sang-Dae Kim, Korea University
In Korea, the structural systems of a residential building represented by wall-slab systems have been changed to beam-column systems in recent years. In case of...
03 March 2008
Evaluations of the dynamic properties for a residential tall building in Korea
Ji Young Kim & Dae Young Kim, Daewoo E&C; Sang Dae Kim, Korea University
The construction of tall buildings can be regarded as one of the most complex and expensive projects. It thus seems important to design the structure...
Fields with an asterisk (*) next to them are required.
View our privacy policy