index (13)

3
中中中中中中中中中中 104 中中中中 中中中中中中中 中中中中( 中中 )中中中 中中 ( 中中 ) Advanced Fluid Dynamics 中中中 ! 中中中 中中 "# 4205510 $ 中中 % 中中中 中 &' 3-0-0 () 中中中 * + / ,-. /)012/34 中中中 ()256 中中 中中 7891: ; 中中 <=>?; 中 中中 @ABCDE 中中 FGBH 中 9IJKLMNOPQ 中中 BIJ9RSKT 中 UVWXNB 中 中中 FGY 中 0Z 1. Fundamenta1 mechanics of fluids, I. G. 中!""I#, $cG%a&-'ill, second edition, 1 3 . A *hysical int%oduction to fluid mechanics, Ale+ande% . mits, ohn 2iley, 000. 中中中中 &[\' ]^_`a4 中 中b<c de 中 = P$ fg hi jk Int%oduction of enso% 1. Fundamental conce*ts of tenso% . 4*e%ations of tenso% 3. 中oo%dinate t%ansfo%mation 15 D1,D6,D7 Fluid dynamics Deduction of avie%- t%o e e8uation a. 中onse%vation of $ass 9. 中onse%vation of $omentum c. Fluid "heolo:y d. heo%etical olutions 1 D1,D6,D7 A**lication of Fluid Dynamics 1. A**lications of avie%- t%o e e8uation . hin Film ;u9%ication 3. <ounda%y ;aye% 17 D1,D6,D7 ]^_`a4 中 `a4 中 ^_l: D1 V 中中 mnopqFGY V 中中 mnopqFGY D6 rstuvw 中 Qx 中中 yco4 中 Yrstuvw 中 Qx 中中 yco4 中 Y

Upload: peterpeter84220

Post on 03-Nov-2015

212 views

Category:

Documents


0 download

TRANSCRIPT

99

104

() () Advanced Fluid Dynamics

4205510

3-0-0/

()

1. Fundamenta1 mechanics of fluids, I. G. CURRIE, McGraw-Hill, second edition, 19932. A physical introduction to fluid mechanics, Alexander J. Smits, New York :John Wiley, 2000.

Introduction of Tensor1. Fundamental concepts of tensor2. Operations of tensor3. Coordinate transformation15D1,D4,D8

Fluid dynamicsDeduction of Navier-Stroke equation

a. Conservation of Mass

b. Conservation of Momentum

c. Fluid Rheologyd. Theoretical Solutions21D1,D4,D8

Application of Fluid Dynamics1. Applications of Navier-Stroke equation2. Thin Film Lubrication3. Boundary Layer18D1,D4,D8

D1

D4

D8

: ()

Office hour

10:10~13:00 B21460% 30%

10%3:00~5:00pm Rm. 421

Tel: 2720411 ext. 33301E-mail:[email protected]

1~3Introduction of tensor and tensor operation

4~5Introduction of coordinate transformation and fluid dynamics

6~8Conservation of mass and momentum

9~10Fluid Rheology

11~12Deduction of Navier-Stroke equation

13~14Applications of Navier-Stroke equation

15~16Thin Film Lubrication

17~18Boundary layer

: