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ISBN: 0-8493-1606-5
M) p8 t0 b. v3 t+ ?Title: Viscous Fluid Flow% Q) w+ q% k8 Y& k- E+ u# T- Z! F, f
Author: TC Papanastasiou, GC Georgiou
, m& S+ n6 I2 f2 U, uPublisher: CRC
V) m) F, k# C0 X% I; LNumber Of Pages: 413+ A. w. F, E s5 k) K0 C
2个压缩卷，解压后3.98M无封面( [1 `4 D3 j+ l* G
简介! X- I4 s- T6 I9 r% b1 f. S
This book contains information obtained from authentic and highly regarded sources. Reprinted material is quoted with permission, and sources are indicated. A wide variety of references are listed. Reasonable efforts have been made to publish reliable data and information, but the author and the publisher cannot assume responsibility for the validity of all materials or for the consequences of their use.
9 q" j" W& }9 K' u, t8 P/ o目录1 z3 G: d! q2 S7 }8 Q% `
1 VECTOR ANDTENSOR CALCULUS
/ d. {) B$ [$ Z. X1.1 Systems of Coordinates
) X! s K3 u- K- i- N1.2 Vectors# j8 o% w0 v6 [7 P# b
1.2.1 Vectors in Fluid Mechanics+ X$ p& N0 X$ D+ H& G
1.2.2 Unit Tangent and Normal Vectors- W) K! K* S! y3 ?% O
1.3 Tensors* d# A Q( K: |
1.3.1 Principal Directions and Invariants
`/ o" t8 B& Y+ q1.3.2 Index Notation and Summation Convention
. K( g# q) ?8 v+ l3 }. [1.3.3 Tensors in Fluid Mechanics8 M/ b/ N8 I! h8 l
1.4 Di?erential Operators
$ e+ m+ w$ c7 p8 M0 \1.4.1 The Substantial Derivative
! h/ C3 p H: E) X# Y1.5 Integral Theorems
7 R1 w/ K" n" n. x$ V- ?1 j1.6 Problems) f3 u2 j4 v# J2 `* Y: t
1.7 References5 ^( d+ d/ U% Y f7 k% c
2 INTRODUCTION TO THE CONTINUUM FLUID) H: P; ]; N# M' I) H' ]% }
2.1 Properties of the Continuum Fluid% i/ ` a# h/ G/ t7 O% i
2.2 Macroscopic and Microscopic Balances
e( w8 {( q. \0 b: z2.3 Local Fluid Kinematics8 k" R c8 k0 ]* h( A, Z" j9 C& e
2.4 Elementary Fluid Motions4 ~5 k7 N3 r% ~' g* U" p
2.5 Problems
# P5 z6 E! l$ x' Z$ c7 S2.6 References
$ r+ A$ q) ]* B1 U ?3 q3 CONSERVATION LAWS
( S& g; @ }0 J! s4 M3 j3.1 Control Volume and Surroundings
4 c5 d$ R% f/ `7 E8 {7 D9 J3.2 The General Equations of Conservation, A8 u3 J/ y# K& f$ N1 V T
3.3 The Di?erential Forms of the Conservation Equations
# {! m# c2 A. M+ b' m3.4 Problems
4 K* e) g i: q$ P- d3.5 References( h. R: T/ P; H) e( v: {
4 STATIC EQUILIBRIUM OF FLUIDS AND INTERFACES( C, m" I2 m3 H; k9 z$ G+ }
4.1 Mechanics of Static Equilibrium
. n& F5 @+ G1 E1 S4.2 Mechanics of Fluid Interfaces% {' P6 |9 T) n/ ]; Z
4.2.1 Interfaces in Static Equilibrium
9 f: j: ?& l$ F j1 A" d- G4.3 Problems
5 ^1 r4 O0 j o! _' @% D/ n4.4 References- h8 F( ?3 _* d+ O" k- q6 H
5 THE NAVIER-STOKES EQUATIONS
! q( s; o$ G s: k6 V+ y) m5 O1 a' j! N5.1 The Newtonian Liquid
1 P3 z( p: o7 T% u0 |) F5.2 Alternative Forms of the Navier-Stokes Equations5 t! [$ l `! i- I/ J' \8 ]( t
5.3 Boundary Conditions! |" ~- ~% S( k7 R6 T1 T
5.4 Problems' C1 i2 S% e3 Y2 k$ p0 v- I
5.5 References8 P( `- w& o8 j1 [9 Y. P% P4 W5 |
6 UNIDIRECTIONAL FLOWS- {4 p& ^2 r3 e8 ?( b
6.1 Steady, One-Dimensional Rectilinear Flows
8 z. v1 J3 O) B- R1 s( B6.2 Steady, Axisymmetric Rectilinear Flows
7 O/ ]2 W% y. j# ]6.3 Steady, Axisymmetric Torsional Flows7 \/ p R! j. ]$ _; ~
6.4 Steady, Axisymmetric Radial Flows% {& @- t& V. {% [$ J
6.5 Steady, Spherically Symmetric Radial Flows% E6 e9 E) g' K/ J" o
6.6 Transient One-Dimensional Unidirectional Flows* E5 p3 n: e7 a: t2 E+ o
6.7 Steady Two-Dimensional Rectilinear Flows( l4 a3 d7 v) G
6.8 Problems, c' Q% J" o8 O+ ?# g r& Q8 c
6.9 References
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