Post Doc. (2020.05 ~ 2022.12)

Research Area Pump, Hydraulic Turbine, Fan and Compressor Designs 

Contact E-Mail sangbum.ma@hanwha.com

Current Job Hanwha Aerospace Co., Ltd., Republic of Korea 

Post Doc. (2021.04 ~ 2021.10) 

Research Area Fluid Machinery Designs 

Contact E-Mail sonawatarihant@gmail.com

Current Job FLUXYS PUMP, Republic of Korea

Post Doc. (2020.09 ~ 2022.05)

Research Area Hydro Turbine and Pump-Turbine Designs 

Contact E-Mail seungjun@khnp.co.kr

Current Job Korea Hydro & Nuclear Power Co., Ltd., Republic of Korea 

Ph.D. (2021.09 ~ 2025.08)

Dissertation Performance Analysis of Francis Turbine by Specific Speed Range: A Steady and Unsteady Flow Simulation-Based Approach

Contact E-Mail - 

Current Job -

Ph.D. (2020.09 ~ 2025.08)

Dissertation A Computational Analysis of Rotating Vortex Rope Suppression and Performance Improvement in the Francis-type Hydraulic Turbines

Contact E-Mail - 

Current Job Nineplus IT Co., Ltd., Republic of Korea

Ph.D. (2018.09 ~ 2023.08)

Dissertation Design Analysis and Performance Enhancement of Hydraulic Turbines with a Kaplan-Type Runner Using Computational Fluid Dynamics

Contact E-Mail murshidshams@npit.co.kr 

Current Job Nineplus IT Co., Ltd., Republic of Korea

Ph.D. (2016.03 ~ 2021.02)

Dissertation Development of a Novel and Multi-Purpose Positive Displacement Hydraulic Turbine

Contact E-Mail sonawatarihant@gmail.com

Current Job Post doc. in KITECH

Ph.D. (2017.03 ~ 2020.08)

Dissertation A Numerical Study on Unsteady Flow Characteristics in Runner and Draft Tube at Off-Design Conditions of Francis Type Hydraulic Turbines

Contact E-Mail kimsj617@naver.com

Current Job Post doc. in KITECH

M.S. (2018.03 ~ 2020.02)

Thesis A Study on the Geometrical Parameters of Hub Cap and Tail Cone on the Aerodynamic Performance of an Axial Fan 

Contact E-Mail meleesg517@gmail.com

Current Job SK Innovation Co., Ltd, Republic of Korea

M.S. (2016.09 ~ 2018.08)

Thesis A High-Efficiency and Low-Fluid-Induced-Vibration Single-Channel Pump Design using Multi-Objective Optimization

Contact E-Mail as9841as@gmail.com

Current Job Korea Atomic Energy Research Institute, Republic of Korea

M.S. (2016.03 ~ 2018.02)

Thesis Suction Performance Optimization of Mixed-flow Pump by using the Trend of Design Variables

Contact E-Mail sens8049@gmail.com

Current Job Samsung SDI Co., Ltd., Republic of Korea

M.S. (2015.09 ~ 2018.02)

Thesis A Study on Numerical Optimization of the Blade Design to Improve the Hydraulic Performance of Counter-rotating Type Pump-turbine Unit 

Contact E-Mail jinwoo0318@hyundai-transys.com

Current Job Hyundai Transys Co., Ltd., Republic of Korea

M.S. (2015.03 ~ 2017.02)

Thesis A Study on Numerical Optimization of Flow Path Cross-sectional Area to Improve the Hydraulic Performance of a Single-channel Pump

Contact E-Mail bbomin1210@gmail.com

Current Job Hyundai Motor Company, Republic of Korea