Fluid mechanics has long been of great interest to scientist and engineers in a number of research and development areas. Fluid flow is important in almost all disciplines of engineering, in many industries including vehicles, construction, plants, electronics, fluid machineries. It is also important in the interdisciplinary fields related to physics, biology, chemistry, geology, agriculture, meteorology, and oceanography. In this course of applied fluid mechanics, we will learn the basic theories of fluid mechanics and various practical applications. It covers flow resistance acting on an object submerged in a fluid, unsteady flow, turbulent flow, compressible flow, fluid machinery, microfluidics, biofluid flow and several engineering applications including renewable energies. The objective of this course is to enhance the basic understanding on fluid mechanics and enlarge the abilities of applying the fluid mechanical knowledge to a variety of engineering applications.

선수과목으로 유체역학를 권장한다. 하지만 담당교수의 허락이 있을 경우 본 과목의 수강은 가능하다.

Homework: 30%· Midterm & Final exam: 60%· Attendance: 10%

보조교재 : handout
R.L. Mott, "Applied Fluid Mechanics", Merril, 1994.
J.A. Roberson & C.T. Crowe, "Engineering Fluid Mechanics", John Willey & Sons, 1997
M. Escudier, "The Essence of Engineering Fluid Mechanics", Prentice Hall, 1998.

1. Introduction 2. Fluid dynamics 3. Dimensional analysis 4. Microfluidics 5. Flow in closed conduits 6. Turbulent flow 7. Open channel flow 8. Compressible flow 9. Unsteady flow 10. Viscous flow 11. Aerodynamics 12. Wind engineering 13. Turbomachinary 14. Flow measurement / Flow visualization 15. Energy-related fluid mechanics 16. Bio-fluid flow

Blended Learning ( Online lecture / realtime zoom lecture)

⊙ Due date of home work: : one week later
Late submission & ethic violation : point deduction
⊙ Questions in the class are recommended