Course Name	Compressible Fluid Flow
Credits	3
Professor(s)	Name	Myong, Rho Shin
	Affiliation	Mechanical and Aerospace Engineering

COURSE DESCRIPTION

Course Objectives

The main objective is to study the principle of high-speed gasdynamics with applications to design of the complex system such as aircraft, rocket, propulsion system, compressors and power plant.

MAIN TEXTBOOK and FURTHER READINGS

Main Textbook: J. D. Anderson Jr. (1990), Modern Compressible Flow with Historical Perspective

Further Reading: A. M. Kuethe and C.-Y. Chow (1998), Foundations of Aerodynamics: Bases of Aerodynamic Design

M. T. Gresh (2001), Compressor Performance: Aerodynamics for the User

ASSIGNMENTS AND GRADING

Assignments: Homework and team projects

Grading Scheme: Attendance(5%), mid-term exam(25%), final exam(30%), tasks(40%)

COURSE SCHEDULE

Course Outline

Week 1: Introduction to compressible fluid flow and related machines, quiz
Week 2: Thermodynamics and energy principle
Week 3: Simple one-dimensional flow problems
Week 4: Physics of shock waves
Week 5: Mechanism of sound wave and gasdynamic waves
Week 6: Wave mechanics in plane
Week 7: High-speed compressible flow (analysis codes of aerodynamics of aircraft and missiles)
Week 8: Mid-term exam
Week 9: Quasi one-dimensional problem (nozzle and supersonic wind tunnel), propulsion system
Week 10: Inlet flow in jet engines and linear compressible flow
Week 11: Team design projects, conceptual design, cost and time analysis
Week 12: Document collection, system analysis and integration
Week 13: In-depth analysis of design problem, problem-solving
Week 14: Detailed design

Week 15: Wrap-up and documentation, final exam

CONTACT DETAILS

Tel: 82-55-751-6107        e-mail: myong@gnu.ac.kr

Course Name	Electromagnetics II
Credits	EL214
Professor(s)	Name	Jeong-Gyoo Kim
	Department	Information Technology Devices Engineering