난류이론

연세대학교
최정일

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >컴퓨터ㆍ통신 >정보통신공학
강의학기

2011년 2학기

조회수

9,537

Fundamentals and application of turbulent flows are considered through investigation of theories and analysis on turbulence. Governing equations and various definitions and statistical tools to describe turbulence are introduced. Particularly scales of turbulence are considered for the better understanding of turbulence. Various models for engineering applcations are considered.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

난류이론

차시별 강의

1.	난류이론	09월 06일 (1)
	난류이론	09월 06일 (2)
2.	Momentum Equation	Momentum Equation
	Vorticity Equation	Vorticity Equation
3.	Statistical description of turbulent flows : Random variables	Statistical description of turbulent flows : Random variables
4.	Statistical description of turbulent flows : Random variables	Statistical description of turbulent flows : Random variables
5.	Statistical description of turbulent flows : Random variables	Statistical description of turbulent flows : Random variables
6.	Statistical description of turbulent flows : Random process	Statistical description of turbulent flows : Random process
7.	Statistical description of turbulent flows : Random process	Statistical description of turbulent flows : Random process
8.	Mean Flow equation	Mean Flow equation
9.	Scales of turbulent motion : Kolmogorov Hyphothesis	Scales of turbulent motion : Kolmogorov Hyphothesis
10.	Scales of turbulent motion : Correlation, Spectra	Scales of turbulent motion : Correlation, Spectra
11.	Scales of turbulent motion : Refined Theory, Intermittency	Scales of turbulent motion : Refined Theory, Intermittency
12.	Wall flows : Channel Flows	10월 27일
13.	Channel Flows	11월 01일
14.	Channel Flows, Boundary Layer	11월 08일
15.	Boundary Layer	11월 10일
16.	Vortex Identification	11월 15일
17.	DNS	11월 17일
18.	RANS	11월 29일
19.	RANS	12월 1일
20.	RANS, LES	12월 06일
21.	LES	12월 08일
22.	LES	12월 13일