Author(s): Pijush K Kundu; Ira M Cohen; David R Dowling
Publisher: Academic Press
Year: 2012
Language: English
Pages: 891
City: Waltham, MA
Tags: Механика;Механика жидкостей и газов;
Founders of Modern Fluid Dynamics......Page 1
Fluid Mechanics......Page 2
Copyright......Page 3
Dedication......Page 4
In Memory of Pijush Kundu......Page 5
In Memory of Ira Cohen......Page 6
About the Third Author......Page 8
About the DVD......Page 9
Preface......Page 10
Companion Website......Page 11
Acknowledgments......Page 12
Symbols*......Page 13
Supplemental Reading......Page 109
Supplemental Reading......Page 183
Literature Cited......Page 209
Supplemental Reading......Page 210
Literature Cited......Page 429
Supplemental Reading......Page 430
Literature Cited......Page 628
Supplemental Reading......Page 630
Supplemental Reading......Page 700
Supplemental Reading......Page 738
Supplemental Reading......Page 788
The Heart as a Pump......Page 795
Net Work Done by the Ventricle on the Blood During One Cardiac Cycle......Page 797
Nature of Blood......Page 798
Fahraeus-Lindqvist Effect......Page 802
Nature of Blood Vessels......Page 803
Steady Blood Flow Theory......Page 807
Hagen-Poiseuille Flow and the Fahraeus-Lindqvist Effect......Page 809
Effect of Developing Flow......Page 811
Effect of Tube Wall Elasticity on Poiseuille Flow......Page 813
Elasticity of the Aorta and the Windkessel Theory......Page 815
Pulse Wave Propagation in an Elastic Tube: Inviscid Theory......Page 816
Pulsatile Flow in a Rigid Cylindrical Tube: Viscous Effects Included,Infinite Wave Speed Assumption......Page 819
Wave Propagation in a Viscous Liquid Contained in an Elastic Cylindrical Tube......Page 824
Effect of Viscoelasticity of Tube Material......Page 829
Blood Vessel Bifurcation: An Application of Poiseuille’s Formulaand Murray’s Law......Page 830
Reflection of Waves at Arterial Junctions: Inviscid Flow and LongWavelength Approximation......Page 832
Flow in a Rigid-Walled Curved Tube......Page 835
A Note on Korotkoff Sounds......Page 841
case 3: p1 e p2 is held constant while p2 e pe is decreased froma large positive value......Page 842
One-Dimensional Flow Treatment......Page 843
Laminar Flow of a Casson Fluid in a Rigid-Walled Tube......Page 849
Pulmonary Circulation......Page 851
The Pressure Pulse Curve in the Right Ventricle......Page 852
Effect of Pulmonary Arterial Pressure on Pulmonary Resistance......Page 853
Xylem......Page 855
Phloem......Page 857
Phloem Flow......Page 858
Literature Cited......Page 861
Supplemental Reading......Page 862
A.1. Conversion Factors......Page 863
A.3. Properties of Pure Water at Atmospheric Pressure......Page 864
A.5. The Standard Atmosphere......Page 865
B.1. Partial and Total Differentiation......Page 867
B.2. Changing Independent Variables......Page 870
B.3 Basic Vector Calculus......Page 871
B.5. Common Three-Dimensional Coordinate Systems......Page 873
B.6. Equations in Curvilinear Coordinate Systems......Page 876
Ludwig Prandtl 1875?1953......Page 879
Geoffrey Ingram Taylor 1886?1975......Page 880
Supplemental Reading......Page 881
Appendix D Visual Resources......Page 882
B......Page 883
C......Page 885
D......Page 886
F......Page 887
G......Page 888
I......Page 889
K......Page 890
M......Page 891
P......Page 892
Q......Page 893
S......Page 894
T......Page 896
V......Page 897
W......Page 898
Z......Page 899
