Lecture Courses (Professor Seong Hyuk Lee)
Fluid Mechanics I and II (Undergraduate Course)
This course is intended for junior and senior engineering students who are interested in learning some fundamental aspects of fluid mechanics. Based on essential understandings such as mass, momentum, and energy conservation laws, this course covers the following subjects: Navier-Stokes equation, Reynolds transport theorem, dimensional analysis, inviscid/viscous flows (internal and external flows), Bernoulli equation and its applications, open-channel flows, and compressible flows.
Heat Transfer (Undergraduate Course)
This course covers the basic theory of heat transfer, including three modes: conduction, convection, and radiation. In detail, there are the following subjects: steady and unsteady conduction problems, forced convection (internal and external flows), natural (free) convection, and radiation.
Research Survey and Technical Writing Skills (Graduate Course)
This course aims to learn about the technical literature survey and technical writing. Mainly, there are several topics such as finding research ideas, writing technical papers or reports, business email/resume writing, and ethical issues (reference and plagiarism). In detail, this course will have the following subjects: presentation skill, how to submit the article to the journals, and so on.
Computational Design and FSI Methods for Plant Engineering (Graduate Course)
This course aims to learn about the computational design for some applications in plant engineering. It also gives the basics of computational fluid dynamics (CFD), such as mathematical representations, discretization, numerical schemes, and so on. Based on the fundamentals of CFD, this course focuses on simulating the thermal engineering problems (especially thermo-fluid flows that interact with the solids), e.g., thermal(momentum) boundary layer, heat transfer in pipes, heat exchangers, and so on.