Members
Ph.D Students
Ikhyun Bai (배익현)
B.S. Korea University (2011)
M.S. Korea University (2013)
Agency for Defense Development (2017 ~ present)
E-mail: ikkun87@kaist.ac.kr
Seungho Choi (최승호)
B.S. Hanyang University (2021)
M.S. KAIST (2023)
E-mail: chess-ho [at] kaist.ac.kr
Research interest: Free-falling, appendage
ChangHwan Jang (장창환)
[Lab representative] TEL: +82-42-350-5218
B.S. KAIST (2020)
M.S. KAIST (2023)
E-mail: wkdckdghks [at] kaist.ac.kr
Research interest: Multi-phase flow, Cavitation
Dohyun Kim (김도현)
B.S. Hanyang University (2020)
M.S. KAIST (2022)
E-mail: dohyun.k [at] kaist.ac.kr
Research interest: Multi-body interaction, Cooperative system
Jihoo Moon (문지후)
B.S. KAIST (2019)
M.S. KAIST (2021)
E-mail: answlgn [at] kaist.ac.kr
Research interest: Magnetohydrodynamics
Seongmin Woo (우성민)
B.S. Chonnam National University (2012)
M.S. Chonnam National University (2014)
Samsung Heavy Industries (2014 ~ present)
E-mail: seongmin.woo [at] kaist.ac.kr
Research interest: Sloshing, image processing
Sohyeun Kang (강소현)
B.S. KAIST (2018)
M.S. KAIST (2020)
E-mail: sohyeunkang [at] kaist.ac.kr
Research interest: Phase change, Two-phase flow
Jaehun Yoo (유재헌)
B.S. Postech (2010)
M.S. Postech (2012)
Agency for Defense Development (2015 ~ present)
E-mail: qubit85 [at] kaist.ac.kr
Research interest: Dispersion characteristics of particles
Cheolgyun Jung (정철균)
B.S. KAIST (2018)
M.S. KAIST (2020)
E-mail: sos950828 [at] kaist.ac.kr
Research interest: Fluid-structure interaction, Extreme mechanics, Wrinkling dynamics
Seyoung Joung (정세영)
B.S. KAIST (2018)
M.S. KAIST (2020)
E-mail: seyuong2011 [at] kaist.ac.kr
Research interest: Fluid-structure interaction, Pattern control, Wrinkling dynamics
Minhyeong Lee (이민형)
B.S. Hanyang University (2018)
M.S. KAIST (2020)
E-mail: leemh2 [at] kaist.ac.kr
Research interest: Fluid-structure interaction, Poroelastic cluster
Dong Ju Kim (김동주)
B.S. KAIST (2018)
M.S. KAIST (2020)
E-mail: daniel971213 [at] kaist.ac.kr
Research interest: Liquid film instabilities, Contact line dynamics, Impinging jet flow