Snapshots of Hemodynamics: An Aid for Clinical Research and Graduate Education Book

Ch. 1	Viscosity	3
Ch. 2	Law of Poiseuille	7
Ch. 3	Bernoulli's equation	11
Ch. 4	Turbulence	15
Ch. 5	Arterial stenosis	17
Ch. 6	Resistance	21
Ch. 7	Inertance	25
Ch. 8	Oscillatory flow theory	29
Ch. 9	Law of LaPlace	31
Ch. 10	Elasticity	35
Ch. 11	Compliance	41
Ch. 12	Cardiac muscle mechanics	51
Ch. 13	Pressure-volume relation	57
Ch. 14	Pump function graph	63
Ch. 15	Work, energy and power	69
Ch. 16	Oxygen consumption & hemodynamics	71
Ch. 17	Power and efficiency	75
Ch. 18	Coronary circulation	81
Ch. 19	Assessing ventricular function	91
Ch. 20	Wave travel and velocity	99
Ch. 21	Wave travel and reflection	105
Ch. 22	Waveform analysis	109
Ch. 23	Arterial input impedance	113
Ch. 24	Arterial windkessel	121
Ch. 25	Distributed models	127
Ch. 26	Transfer of pressure	131
Ch. 27	Vascular remodeling	137
Ch. 28	Blood flow and arterial disease	143
Ch. 29	Determinants of pressure & flow	149
Ch. 30	Comparative physiology	155
App. 1	Times & sines : Fourier analysis	163
App. 2	Basic hemodynamic elements	167
App. 3	Vessel segment	169
App. 4	Basic aspects	173
App. 5	Books for reference	177
App. 6	Symbols	179
App. 7	Units and conversion factors	181