The Arterial System : Dynamics, Control Theory and Regulation - Bauer, R.D.; Busse, R.; SpringerLink (Online service) (Berlin, Heidelberg : Springer Berlin Heidelberg : Imprint: Springer, 1978)
Dynamics of the Arterial System -- Mechanics of the Arterial Wall in Health and Disease -- Prediction of Shape Changes of Propagating Flow and Pressure Pulses in Human Arteries -- New Ways of Determining the Propagation Coefficient and the Visco-Elastic Behaviour of Arteries in situ -- Arterial Reflection -- Arterial Smooth Muscle Mechanics -- Models of the Arterial System -- Separation of Time-Dependent and Time-Independent Terms in the Relation of Pressure and Diameter and of Pressure and Flow Velocity in Arteries -- Determination of the Tangential Elastic Modulus of Human Arteries In Vivo -- Model of Nonlinear Viscoelastic Wall Rheology Applied to Arterial Dynamics -- Validity of the Moens-Korteweg Equation -- Time Domain Reflectometry in a Model of the Arterial System -- New Approaches to Electromagnetic Measurement of Blood Flow and Vasomotion Without Recourse to Surgery -- Control Theory and Regulation -- Regulation of Blood Volume -- Changes in Blood Flow-Distribution During the Application of Multiple Stresses -- Optimality Principles Applied to the Design and Control Mechanisms of the Vascular System -- Autonomic Vascular Responses in the Splanchnic Region -- Response of Renal Blood Flow and Renal Sympathetic Nerve Activity to Baroreceptor and Emotional Stimuli in the Conscious Dog -- Cerebral Blood Flow Regulation Under the Conditions of Arterial Hypoxia -- Minimization of the External Work of the Left Ventricle and Optimization of Flow and Pressure Pulses -- Cardiovascular Dynamics and Coronary Arteries -- Influence of Arterial Impedance on Ventricular Function -- The Effect of Systolic Rise in Arterial Pressure on Stroke Volume and Aortic Flow -- Effect of Ventricular Pacing on Systolic Blood Pressure at Patients With Hypertension -- Dependence of Peripheral Resistance on Heart Rate -- Instantaneous Blood Flow Velocity Profiles After Aortic Valve Replacement -- Fluid Mechanics of Natural Cardiac Valves -- Early Mortality Due to Ventricular Fibrillation, and the Vulnerability of the Heart Following Acute Experimental Coronary Occlusion: Possible Mechanisms and Pharmacological Prophylaxis -- Direct Nervous Effects on Coronary Flow in Conscious Dogs -- Laudatio -- Laudatio für Herrn Professor Dr. E. Wetterer.
Keywords: Human physiology; Medicine; Human Physiology; Biomedicine, general