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Fluid & Thermal Multiphysics Lab in Sogang
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Topics : Wafer cleaning & coating
Topics : Heat transfer
Direct numerical simulation of turbulent shear flows to analyze turbulent Prandtl number
Topics : Energy applications
Analysis of laser cutting process
Analysis of Lagrangian droplet particles with phase change from a coolin
Improved approach to predict thermal NO from jet flames in multiple regimes
Improved approach to predict thermal NO from jet flames in multiple regimes
Hydrogen leaking in a nuclear containment (PANDA)
Turbulent diffusion flames with a hybrid fuel in high P & T conditions
Topics : Fluid devices & machinery
Blood pumps for smart cardiopulmonary circulatory support
Eulerian indices for flow characteristics in complex flows
Fin-tube heat exchanger enclosed by a compartment
Turbulent wall model for hemolysis prediction
Topics : Modeling & Control
Data-driven CFD of turbulent bubbly flows using machine learning
Analysis of swirl decay rate in turbulent swirling flows in annular pipes
A tabulated flow control using a suboptimal feedback control theory
Publications
Advisor
Students & Staffs
Former members
Database & code
반도체 기술 전략산학 프로그램
Contact
Fluid & Thermal Multiphysics Lab in Sogang
Home
Topics : Wafer cleaning & coating
Topics : Heat transfer
Direct numerical simulation of turbulent shear flows to analyze turbulent Prandtl number
Topics : Energy applications
Analysis of laser cutting process
Analysis of Lagrangian droplet particles with phase change from a coolin
Improved approach to predict thermal NO from jet flames in multiple regimes
Improved approach to predict thermal NO from jet flames in multiple regimes
Hydrogen leaking in a nuclear containment (PANDA)
Turbulent diffusion flames with a hybrid fuel in high P & T conditions
Topics : Fluid devices & machinery
Blood pumps for smart cardiopulmonary circulatory support
Eulerian indices for flow characteristics in complex flows
Fin-tube heat exchanger enclosed by a compartment
Turbulent wall model for hemolysis prediction
Topics : Modeling & Control
Data-driven CFD of turbulent bubbly flows using machine learning
Analysis of swirl decay rate in turbulent swirling flows in annular pipes
A tabulated flow control using a suboptimal feedback control theory
Publications
Advisor
Students & Staffs
Former members
Database & code
반도체 기술 전략산학 프로그램
Contact
More
Home
Topics : Wafer cleaning & coating
Topics : Heat transfer
Direct numerical simulation of turbulent shear flows to analyze turbulent Prandtl number
Topics : Energy applications
Analysis of laser cutting process
Analysis of Lagrangian droplet particles with phase change from a coolin
Improved approach to predict thermal NO from jet flames in multiple regimes
Improved approach to predict thermal NO from jet flames in multiple regimes
Hydrogen leaking in a nuclear containment (PANDA)
Turbulent diffusion flames with a hybrid fuel in high P & T conditions
Topics : Fluid devices & machinery
Blood pumps for smart cardiopulmonary circulatory support
Eulerian indices for flow characteristics in complex flows
Fin-tube heat exchanger enclosed by a compartment
Turbulent wall model for hemolysis prediction
Topics : Modeling & Control
Data-driven CFD of turbulent bubbly flows using machine learning
Analysis of swirl decay rate in turbulent swirling flows in annular pipes
A tabulated flow control using a suboptimal feedback control theory
Publications
Advisor
Students & Staffs
Former members
Database & code
반도체 기술 전략산학 프로그램
Contact
Topics : Heat transfer
Focused on turbulent heat transfer prediction using high-fidelity DNS or LES (More on subpages)
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