concrete.kaist - Group

Principal investigator

Jae Hong Kim, PhD, Associate Professor

His CV can be found via the link herejae.kim@kaist.ac.kr

Staffs

Yubin Jun, PhD, Research Professor

Research interests: Sustainabilityyubinjun@kaist.ac.kr

Dong Jin Jeong, PhD, Post-Doctoral Researcher

Research interests: Thermal-cracking fragilitydj.jeong@kaist.ac.kr

Graduate students

Tae Hoon Han

Research interests: Durability; chloride-attack fragilitytht0817@kaist.ac.kr

Seung Mo Kim

Research interests: Smart dynamic castingmo7884@kaist.ac.kr

Inkuk Kang

Research interests: Data science approach; automated experimentkkkjd125@kaist.ac.kr

Kwang Min Park

Research interests: Digital fabricationpkm7527@kaist.ac.kr

Yumi Oh

Research interests: solid-waste valorizationyoomi0303@kaist.ac.kr

Sultana Afroja

Research interests: Carbon utilization; Alkali-activated materialssultana@kaist.ac.kr

Kyuhyung Kevin Cho

Research interests: Electric arc furnace slag; Carbon utilizationckevin@kaist.ac.kr

Abdullahi Abdirahman Mohamed

Research interests: Magnetorheologyabdirahman_mohamed@kaist.ac.kr

Jongsu Choi

Research interests: Magnetorheologycjs990630jong@kaist.ac.kr

Jisu Han

Research interests: CCUShanjisu@kaist.ac.kr

MS theses and PhD dissertations in the research group

Jesse Harold Hilario (2023), Enhancing the reactivity and strength of fly ash-calcium sulfoaluminate cement using gypsum modifier, MS Thesis, Korea Advanced Institute of Science and Technology. Available via the link

Meseret Hailu Tadesse (2023), Evaluation of cracking potential of roller compacted concrete dam, MS Thesis, Korea Advanced Institute of Science and Technology. Available via the link

Arham Taseer (2023), A rheological model using the Lagrangian finite element approach to study the flow of fresh concrete, MS Thesis, Korea Advanced Institute of Science and Technology. Available via the link

Tae Yong Shin (2023), Rheological modeling and flow simulation to evaluate the filling ability of fresh concrete, PhD Dissertation, Korea Advanced Institute of Science and Technology. Available via the link

Seong Ho Han (2022), Development of the aqueous CO2 curing and treatment for cement-based materials using CO2 solvent, PhD Dissertation, Korea Advanced Institute of Science and Technology. Available via the link

Jin Hyun Lee (2022), Matric suction of raw materials and its effect on the fresh-state properties of cement-based materials toward 3D printing application, PhD Dissertation, Korea Advanced Institute of Science and Technology. Available via the link

Yekaterina Shestakova (2022), Application of machine learning algorithms to the simplification of the performance evaluation process of cement dispersants, MS Thesis, Korea Advanced Institute of Science and Technology. Available via the link

Tae Hoon Han (2022), Chloride-attack fragility curve of reinforced concrete considering the variation of concrete’s diffusivity, MS thesis, Korea Advanced Institute of Science and Technology. Available via the link

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

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