Principal investigator
Jae Hong Kim, PhD, Associate Professor
Phone: 042-350-3639Office: RM 3205, W 1-2jae.kim@kaist.ac.krStaffs
Yubin Jun, PhD, Research Associate Professor
Research interests: Sustainability; underground city of the futureyubinjun@kaist.ac.krSeong Ho Han, PhD, Post-Doctoral Researcher
Research interests: CCUS; CO2 curingha8890@kaist.ac.krEuna Shin, Administrator
Research center for underground city of the futuresea1004@kaist.ac.krGraduate students
Dong Jin Jeong
Research interests: Hydration heat; thermal-cracking fragilitydj.jeong@kaist.ac.krTae Yong Shin
Research interests: Rheology; casting simulation; computational fluid dynamicstyshin@kaist.ac.krTae Hoon Han
Research interests: Durability; chloride-attack fragilitytht0817@kaist.ac.krArham A. Taseer
Research interests: Lagrangian fluid dynamics; casting simulation arham@kaist.ac.krMeseret Hailu Tadesse
Research interests: Dam structure; RCCmeseret1994@kaist.ac.krJesse Harold Hilario
Research interests: Fly ash-based materialsjesse.hilario@kaist.ac.krSeung Mo Kim
Research interests: Smart dynamic castingmo7884@kaist.ac.krInkuk Kang
Research interests: Data science approach; automated experimentkkkjd125@kaist.ac.krMS theses and PhD dissertations in the research group
Seong Ho Han (2022), Development of the Aqueous CO2 Curing and Treatment for Construction Materials using CO 2 Solvent, PhD Dissertation, Korea Advanced Institute of Science and Technology.
Jin Hyun Lee (2022), Matric Suction of Raw Materials and Its Effect on the Fresh-State Properties of Cement-Based Materials, PhD Dissertation, Korea Advanced Institute of Science and Technology.
Yekaterina Shestakova (2022), Application of machine learning algorithms for the simplification of the performance evaluation process of cement dispersants, MS Thesis, Korea Advanced Institute of Science and Technology.
Byoung Il Choi (2019), Formulation of rheological model of cement suspension considering the thixotropy and shear thinning phenomenon, MS Thesis, Korea Advanced Institute of Science and Technology. Available via the link
Hye Rim Jang (2014), Optimized Protocol to Measure the Flow Curve of Cement Paste and Its Verification with Gravity-Induced Flow Simulation, MS Thesis, Ulsan National Institute of Science and Technology. Available via the link