Mechanics of fluids:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Boston [u.a.]
McGraw-Hill
2003
|
| Edition: | 4. ed. |
| Series: | McGraw-Hill series in mechanical engineering
|
| Subjects: | |
| Online Access: | Table of contents Inhaltsverzeichnis |
| Physical Description: | Getr. Zählung Ill., graph. Darst. |
| ISBN: | 0072472103 007119889X |
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Record in the Search Index
| _version_ | 1804129318065930240 |
|---|---|
| adam_text | MECHANICS OF FLUIDS FOURTH EDITION IRVING H. SHAMES DISTINGUISHED
PROFESSOR GEORGE WASHINGTON UNIVERSITY GRAW HILL BOSTON BURR RIDGE, IL
DUBUQUE, IA MADISON, WL NEW YORK SAN FRANCISCO ST. LOUIS BANGKOK BOGOTA
CARACAS KUALA LUMPUR LISBON LONDON MADRID MEXICO CITY MILAN MONTREAL NEW
DELHI SANTIAGO SEOUL SINGAPORE SYDNEY TAIPEI TORONTO CONTENTS PREFACE
XIII PART J. BASIC PRINCIPLES OF FLUID MECHANICS 1 CHANTER 1 FUNDAMENTAL
NOTIONS 3 PART A. FLUID CONCEPTS 3 1.1 HISTORICAL NOTE 3 1.2 FLUIDS AND
THE CONTINUUM 3 1.3 DIMENSIONS AND UNITS 5 1.4 LAW OF DIMENSIONAL
HOMOGENEITY 8 1.5 A NOTE ON FORCE AND MASS 9 1.6 NEWTON S VISCOSITY LAW:
THE COEFFICIENT OF VISCOSITY 10 1.7 THE PERFECT GAS: EQUATION OF STATE
16 1.8 SURFACE TENSION 18 PART B. MECHANICS CONSIDERATIONS 22 1.9
SCALAR, VECTOR, AND TENSOR QUANTITIES: FIELDS 22 1.10 SURFACE AND BODY
FORCES; STRESS 23 1.11 STRES S AT A POINT FOR A STATIONARY FLUID AND FOR
NONVISCOUS FLOWS 24 1.12 PROPERTIES OF STRESS 26 1.13 THE GRADIENT 28
HIGHLIGHTS 30 1.14 CLOSURE 31 1.15 COMPUTER EXAMPLES 31 PROBLEMS 39
CHAPTER 2 FLUID STATICS 49 2.1 INTRODUCTION 49 2.2 PRESSURE VARIATION IN
AN INCOMPRESSIBLE STATIC FLUID 49 2.3 PRESSURE VARIATION WITH ELEVATION
FOR A STATIC COMPRESSIBLE FLUID 54 2.4 THE STANDARD ATMOSPHERE 58 2.5
EFFECT OF SURFACE FORCE ON A FLUID CONFINED SO AS TO REMAIN STATIC 59
2.6 HYDROSTATIC FORCE ON A PLANE SURFACE SUBMERGED IN A STATIC
INCOMPRESSIBLE FLUID 60 2.7 PROBLEMS INVOLVING FORCES ON PLANE SURFACES
63 2.8 HYDROSTATIC FORCE ON CURVED SUBMERGED SURFACES 71 2.9 EXAMPLES OF
HYDROSTATIC FORCE ON CURVED SUBMERGED SURFACES 73 2.10 LAWS OF BUOYANCY
79 *2.11 STABILITY CONSIDERATIONS FOR BODIES IN FLOTATION 89 HIGHLIGHTS
94 2.12 CLOSURE 95 2.13 COMPUTER EXAMPLES 95 PROBLEMS 102 - CHAPTER 3
FOUNDATIONS OF FLOW ANALYSIS 123 3.1 THE VELOCITY FIELD 123 3.2 TWO
VIEWPOINTS 125 3.3 ACCELERATION OF A FLOW PARTICLE 126 3.4 IRROTATIONAL
FLOW 131 VIII CONTENTS 3.5 RELATION BETWEEN IRROTATIONAL FLOW AND
VISCOSITY 136 3.6 BASIC AND SUBSIDIARY LAWS FOR CONTINUOUS MEDIA 138 3.7
SYSTEMS AND CONTROL VOLUMES 138 3.8 A RELATION BETWEEN THE SYSTEM
APPROACH AND THE CONTROL-VOLUME APPROACH 139 3.9 ONE- AND
TWO-DIMENSIONAL FLOWS 145 HIGHLIGHTS 150 3.10 CLOSURE 152 *3.11 COMPUTER
EXAMPLE 152 PROBLEMS 158 CHAPTER 4 BASIC LAWS FOR FINITE SYSTEMS AND
FINITE CONTROL VOLUMES I: CONTINUITY AND MOMENTUM 163 4.1 INTRODUCTION
163 PART A. CONSERVATION OF MASS 163 4.2 CONTINUITY EQUATION 163 PART B.
LINEAR MOMENTUM 172 4.3 SYSTEM ANALYSIS 172 4.4 CONTROL VOLUMES FIXED IN
INERTIAL SPACE 172 4.5 US E OF THE LINEAR MOMENTUM EQUATION FOR THE
CONTROL VOLUME 174 4.6 A BRIEF COMMENT 199 PART C. MOMENT OF MOMENTUM
200 4.7 MOMENT OF MOMENTUM FOR A SYSTEM 200 4.8 CONTROL-VOLUME APPROACH
FOR THE MOMENT-OF-MOMENTUM EQUATION FOR INERTIAL CONTROL VOLUMES 202
HIGHLIGHTS 215 4.9 CLOSURE 217 *4.10 COMPUTER EXAMPLES 218 PROBLEMS 243
CHAPTER 5 BASIC LAWS FOR FINITE SYSTEMS AND FINITE CONTROL VOLUMES II:
THERMODYNAMICS 263 5.1 INTRODUCTION 263 5.2 PRELIMINARY NOTE 263 5.3
SYSTEM ANALYSIS 264 5.4 CONTROL-VOLUME ANALYSIS 265 5.5 PROBLEMS
INVOLVING THE FIRST LAW OF THERMODYNAMICS 269 5.6 BERNOULLI S EQUATION
FROM THE FIRST LAW OF THERMODYNAMICS 277 5.7 APPLICATIONS OF BERNOULLI S
EQUATION 279 5.8 A NOTE ON THE SECOND LAW OF THERMODYNAMICS 290
HIGHLIGHTS 291 5.9 CLOSURE 293 5.10 COMPUTER EXAMPLES 293 PROBLEMS 301
CHAPTER 6 DIFFERENTIAL FORMS OF THE BASIC LAWS 313 6.1 INTRODUCTION 313
6.2 CONSERVATION OF MASS 313 6.3 NEWTON S LAW; EULER S EQUATION 316 *6.4
LIQUIDS UNDER CONSTANT RECTILINEAR ACCELERATION OR UNDER CONSTANT
ANGULAR SPEED 317 6.5 INTEGRATION OF THE STEADY-STATE EULER EQUATION;
BERNOULLI S EQUATION 326 6.6 BERNOULLI S EQUATION APPLIED TO
IRROTATIONAL FLOW 328 *6.7 NEWTON S LAW FOR GENERAL FLOWS 329 6.8
PROBLEMS INVOLVING LAMINAR PARALLEL FLOWS 332 HIGHLIGHTS 339 6.9 CLOSURE
340 SUMMARY 341 6.10 COMPUTER EXAMPLE 343 PROBLEMS 346 CHAPTER 7
DIMENSIONAL ANALYSIS AND SIMILITUDE 353 7.1 DIMENSIONLESS GROUPS 353
PART A. DIMENSIONAL ANALYSIS 354 7.2 NATURE OF DIMENSIONAL ANALYSIS 354
7.3 BUCKINGHAM S TT THEOREM 356 7.4 IMPORTANT DIMENSIONLESS GROUPS IN
FLUID MECHANICS 357 7.5 CALCULATION OF THE DIMENSIONLESS GROUPS 358
PARTB. SIMILITUDE 364 7.6 DYNAMIC SIMILARITY 364 7.7 RELATION BETWEEN
DIMENSIONAL ANALYSIS AND SIMILITUDE 366 7.8 PHYSICAL MEANING OF
IMPORTANT DIMENSIONLESS GROUPS OF FLUID MECHANICS 370 7.9 PRACTICAL USE
OF THE DIMENSIONLESS GROUPS 374 7.10 SIMILITUDE WHEN THE DIFFERENTIAL
EQUATION IS KNOWN 377 HIGHLIGHTS 378 7.11 CLOSURE 379 PROBLEMS 381 PART
^ ANALYSIS OF IMPORTANT INTERNAL FLOWS CHAPTER 8 INCOMPRESSIBLE VISCOUS
FLOW THROUGH PIPES 393 PART A. GENERAL COMPARISON OF LAMINAR AND
TURBULENT FLOWS 393 8.1 INTRODUCTION 393 8.2 LAMINAR AND TURBULENT FLOWS
394 PARTB. LAMINAR FLOW 397 8.3 FIRST LAW OF THERMODYNAMICS FOR PIPE
FLOW; HEAD LOSS 397 8.4 LAMINAR FLOW PIPE PROBLEM 402 8.5 PIPE-ENTRANCE
CONDITIONS 406 PART C. TURBULENT FLOW: EXPERIMENTAL CONSIDERATIONS 408
8.6 PRELIMINARY NOTE 408 8.7 HEAD LOSS IN A PIPE 408 8.8 MINOR LOSSES IN
PIPE SYSTEMS 414 PART D. PIPE FLOW PROBLEMS 419 8.9 SOLUTION OF
SINGLE-PATH PIPE PROBLEMS 419 8.10 HYDRAULIC AND ENERGY GRADE LINES 433
*8.11 NONCIRCULA R CONDUITS 435 *8.12 APPARENT STRESS 438 PART E.
VELOCITY PROFILES AND SHEAR STRESS AT THE BOUNDARY 440 8.13 VELOCITY
PROFILE AND WALL SHEAR STRESS FOR LOW REYNOLDS NUMBER TURBULENT FLOW (
3 X 10 6 ) 440 8.14 VELOCITY PROFILES FOR HIGH REYNOLDS NUMBER TURBULENT
FLOWS ( 3 X 10 6 ) 441 8.15 DETAILS OF VELOCITY PROFILES FOR SMOOTH AND
ROUGH PIPES FOR HIGH REYNOLDS NUMBER ( 3 X 10 6 ) 443 8.16 PROBLEMS FOR
HIGH REYNOLDS NUMBER FLOW 447 PART F. MULTIPLE-PATH PIPE FLOW 450 *8.17
MULTIPLE-PATH PIPE PROBLEMS 450 HIGHLIGHTS 455 PIPE-FLOW SUMMARY SHEET
456 8.18 COMPUTER EXAMPLES 458 PROBLEMS 464 CHAPTER 9 GENERAL
INCOMPRESSIBLE VISCOUS FLOW: THE NAVIER-STOKES EQUATIONS 481 9.1
INTRODUCTION 481 *9.2 STOKES VISCOSITY LAW 481 9.3 NAVIER-STOKES
EQUATIONS FOR LAMINAR INCOMPRESSIBLE FLOW 484 9.4 PARALLEL FLOW:
GENERAL CONSIDERATIONS 486 9.5 PARALLEL LAMINAR FLOW PROBLEMS 489 *9.6
DYNAMIC SIMILARITY FROM THE NAVIER-STOKES EQUATIONS 494 9.7 A COMMENT
CONCERNING TURBULENT FLOW 499 HIGHLIGHTS 500 9.8 CLOSURE 501 PROBLEMS
502 10.17 OPERATION OF NOZZLES 547 HIGHLIGHTS 552 10.18 CLOSURE 553
10.19 COMPUTER EXAMPLE 554 PROBLEMS 559 CHAPTER 10 ONE-DIMENSIONAL
COMPRESSIBLE FLOW 505 10.1 INTRODUCTION 505 PART A. BASIC PRELIMINARIES
506 10.2 THERMODYNAMIC RELATIONS FOR A PERFECT GAS (A REVIEW) 506 10.3
PROPAGATION OF AN ELASTIC WAVE 508 10.4 THE MACH CONE 512 10.5 A NOTE ON
ONE-DIMENSIONAL COMPRESSIBLE FLOW 514 PART B. ISENTROPIC FLOW WITH
SIMPLE AREA CHANGE 515 10.6 BASIC AND SUBSIDIARY LAWS FOR ISENTROPIC
FLOW 515 10.7 LOCAL ISENTROPIC STAGNATION PROPERTIES 520 10.8 AN
IMPORTANT DIFFERENCE BETWEEN ONE-DIMENSIONAL SUBSONIC AND SUPERSONIC
FLOW 522 10.9 ISENTROPIC FLOW OF A PERFECT GAS 524 10.10 REA L NOZZLE
FLOW AT DESIGN CONDITIONS 528 PART C. THE NORMAL SHOCK 53 1 10.11
INTRODUCTION 531 10.12 FANNO AND RAYLEIGH LINES 531 10.13 NORMAL-SHOCK
RELATIONS 534 10.14 NORMAL-SHOCK RELATIONS FOR A PERFECT GAS 536 *10.15
A NOTE ON OBLIQUE SHOCKS 541 PART D. OPERATION OF NOZZLES 546 10.16 A
NOTE ON FREE JETS 546 PART ANALYSIS OF IMPORTANT EXTERNAL FLOWS 567
CHAPTER 11 POTENTIAL FLOW 569 11.1 INTRODUCTION 569 PART A. MATHEMATICAL
CONSIDERATIONS 570 11.2 CIRCULATION: CONNECTIVITY OF REGIONS 570 11.3
STOKES THEOREM 571 11.4 CIRCULATION IN IRROTATIONAL FLOWS 573 11.5 THE
VELOCITY POTENTIAL 573 PART B. THE STREAM FUNCTION AND IMPORTANT
RELATIONS 575 11.6 THE STREAM FUNCTION 575 11.7 RELATIONSHIP BETWEEN THE
STREAM FUNCTION AND THE VELOCITY FIELD 578 11.8 RELATION BETWEEN THE
STREAM FUNCTION AND STREAMLINES 579 11.9 RELATION BETWEEN THE STREAM
FUNCTION AND VELOCITY POTENTIAL FOR FLOWS WHICH ARE IRROTATIONAL AS WELL
AS TWO-DIMENSIONAL AND INCOMPRESSIBLE 579 11.10 RELATIONSHIP BETWEEN
STREAMLINES AND LINES OF CONSTANT POTENTIAL 581 PART C. BASIC ANALYSIS
OF TWO- DIMENSIONAL, INCOMPRESSIBLE, IRROTATIONAL FLOW 582 11.11 A
DISCUSSION OF THE FOUR BASIC LAWS 582 11.12 BOUNDARY CONDITIONS FOR
NONVISCOUS FLOWS 584 CONTENTS 11.13 POLAR COORDINATES 585 PART D. SIMPLE
FLOWS 589 11.14 NATURE OF SIMPLE FLOWS TO BE STUDIED 589 11.15 SOLUTION
METHODOLOGIES FOR POTENTIAL FLOW 590 11.16 UNIFORM FLOW 593 11.17
TWO-DIMENSIONAL SOURCES AND SINKS 593 11.18 THE SIMPLE VORTEX 595 11.19
THE DOUBLET 597 PART E. SUPERPOSITION OF 2-D SIMPLE FLOWS 602 11.20
INTRODUCTORY NOTE ON THE SUPERPOSITION METHOD 602 11.21 SINK PLUS A
VORTEX 602 11.22 FLO W ABOUT A CYLINDER WITHOUT CIRCULATION 604 11.23
LIFT AND DRAG FOR A CYLINDER WITHOUT CIRCULATION 607 11.24 CASE OF THE
ROTATING CYLINDER 608 11.25 LIFT AND DRAG FOR A CYLINDER WITH
CIRCULATION 611 HIGHLIGHTS 616 11.26 CLOSURE 616 11.27 COMPUTER EXAMPLE
617 PROBLEMS 621 CHAPTER 12 BOUNDARY-LAYER THEORY 631 12.1 INTRODUCTORY
REMARKS 631 12.2 BOUNDARY-LAYER THICKNESSES 632 12.3 VON KARMAN MOMENTUM
INTEGRAL EQUATION AND SKIN FRICTION 635 PART A. LAMINAR BOUNDARY LAYERS
637 12.4 USE OF THE VON KARMAN MOMENTUM INTEGRAL EQUATION 637 12.5 SKIN
FRICTION FOR LAMINAR BOUNDARY-LAYER FLOW 640 12.6 TRANSITION FOR
FLAT-PLATE FLOW 646 PART B.L TURBULENT BOUNDARY LAYERS: SMOOTH PLATES
648 12.7 BOUNDARY-LAYER THICKNESS FOR SMOOTH FLAT PLATES 648 12.8
SKIN-FRICTION DRAG FOR SMOOTH PLATES 651 PART B.2. TURBULENT BOUNDARY
LAYERS: ROUGH PLATES 659 12.9 TURBULENT BOUNDARY-LAYER SKIN-FRICTION
DRAG FOR ROUGH PLATES 659 PART C. FLOW OVER IMMERSED CURVED BODIES 665
12.10 FLOW OVER CURVED BOUNDARIES; SEPARATION 665 12.11 DRAG ON IMMERSED
BODIES 666 * 12.12 WAKE BEHIND A CYLINDER 680 *12.13 AIRFOILS; GENERAL
COMMENTS 681 *12.14 INDUCED DRAG 686 HIGHLIGHTS 688 12.15 CLOSURE 691
12.16 COMPUTER EXAMPLES 691 PROBLEMS 699 CHAPTER 13 FREE-SURFACE FLOW
715 13.1 INTRODUCTION 715 13.2 CONSIDERATION OF VELOCITY PROFILE 715
13.3 NORMAL FLOW 716 13.4 NORMAL FLOW: NEWER METHODS 722 13.5 BEST
HYDRAULIC SECTION 727 13.6 GRAVITY WAVES 731 13.7 SPECIFIC ENERGY;
CRITICAL FLOW 733 13.8 VARIED FLOW IN SHORT RECTANGULAR CHANNELS 741
*13.9 GRADUALLY VARIED FLOW OVER LONG CHANNELS 746 *13.10 CLASSIFICATION
OF SURFACE PROFILES FOR GRADUALLY VARIED FLOWS 752 13.11 RAPIDL Y VARIED
FLOW; THE HYDRAULIC JUMP 757 HIGHLIGHTS 763 13.12 CLOSURE 764 XII
CONTENTS 13.13 COMPUTER EXAMPLE 765 PROBLEMS 770 CHAPTER 14 *
COMPUTATIONAL FLUID MECHANICS 783 14.1 INTRODUCTION 783 PART A.
NUMERICAL METHODS I 784 14.2 NUMERICAL OPERATIONS FOR DIFFERENTIATION
AND INTEGRATION: A REVIEW 784 PART B. FLUID-FLOW PROBLEMS REPRESENTED BY
ORDINARY DIFFERENTIAL EQUATIONS 789 14.3 A CDMMENT 789 14.4 INTRODUCTION
TO NUMERICAL INTEGRATION OF ORDINARY DIFFERENTIAL EQUATIONS 790 14.5
PROGRAMMING NOTES 792 14.6 PROBLEMS 793 PART C. STEADY-FLOW PROBLEMS
REPRESENTED BY PARTIAL DIFFERENTIAL EQUATIONS 803 14.7 STEADY-FLOW
BOUNDARY-VALUE PROBLEMS* AN INTRODUCTION 803 14.8 POTENTIAL FLOW 806
14.9 VISCOUS LAMINAR INCOMPRESSIBLE FLOW IN A DUCT 811 PROJECTS 814
ANSWERS TO SELECTED PROBLEMS 816 SELECTIVE LIST OF ADVANCED OR
SPECIALIZED BOOKS ON FLUID MECHANICS 821 APPENDIX A-L. GENERAL FIRST LAW
DEVELOPMENT A-L APPENDIX A-2. PRANDTL S UNIVERSAL LAW OF FRICTION A-3
APPENDIX A-3. MOLLIER CHART A-5 APPENDIX B. CURVES AND TABLES B-L INDEX
I
|
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| id | DE-604.BV014521719 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T19:03:14Z |
| institution | BVB |
| isbn | 0072472103 007119889X |
| language | English |
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| publisher | McGraw-Hill |
| record_format | marc |
| series2 | McGraw-Hill series in mechanical engineering |
| spelling | Shames, Irving H. 1923- Verfasser (DE-588)172371147 aut Mechanics of fluids Irving H. Shames 4. ed. Boston [u.a.] McGraw-Hill 2003 Getr. Zählung Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier McGraw-Hill series in mechanical engineering Fluides, Mécanique des Fluid mechanics Strömungsmechanik (DE-588)4077970-1 gnd rswk-swf Strömungsmechanik (DE-588)4077970-1 s DE-604 http://www.loc.gov/catdir/toc/mh023/2002071906.html Table of contents HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009887017&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Shames, Irving H. 1923- Mechanics of fluids Fluides, Mécanique des Fluid mechanics Strömungsmechanik (DE-588)4077970-1 gnd |
| subject_GND | (DE-588)4077970-1 |
| title | Mechanics of fluids |
| title_auth | Mechanics of fluids |
| title_exact_search | Mechanics of fluids |
| title_full | Mechanics of fluids Irving H. Shames |
| title_fullStr | Mechanics of fluids Irving H. Shames |
| title_full_unstemmed | Mechanics of fluids Irving H. Shames |
| title_short | Mechanics of fluids |
| title_sort | mechanics of fluids |
| topic | Fluides, Mécanique des Fluid mechanics Strömungsmechanik (DE-588)4077970-1 gnd |
| topic_facet | Fluides, Mécanique des Fluid mechanics Strömungsmechanik |
| url | http://www.loc.gov/catdir/toc/mh023/2002071906.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009887017&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT shamesirvingh mechanicsoffluids |