By Dr. John K.-J. Li PhD (auth.)
Many new clinical breakthroughs and technological advances in recent times have made it attainable to deepen our figuring out of the cardiovascular approach. within the Arterial circulate: actual rules and medical software, John Li applies those glossy advancements in biorheological research, experimental validation, and scientific review to the dynamics of arterial move, laying the basis for powerful experimental and scientific purposes. utilizing quantitative equipment commonly, Dr. Li illuminates the body structure and rheology of arteries, the basic theories and modeling of the arterial approach, blood strain and stream and their transmission in arteries, vascular branching junctions and the vascular mattress, and the coupling and interplay of the arterial process and the guts. at the medical point he examines the alteration of constitution and serve as of arteries in such ailment stipulations as high blood pressure, myocardial ischemia, arterial and aortic valve stenoses, and getting older. smooth methods utilizing desktop modeling and allometry are integrated, in addition to new tools of hemodynamic dimension and monitoring.
cutting edge in its quantitative analyses, computing device modeling, and useful scientific functions, The Arterial move: actual rules and medical program will instantly develop into the traditional reference within the box for all these investigating the constitution and serve as of arteries, in addition to how arterial circulate might be adequately and quantitatively assessed in scientific situations.
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Additional resources for The Arterial Circulation: Physical Principles and Clinical Applications
1973) proposed a two-time-constants, five-element model of the arterial wall. With this model, they have shown that both stress relaxation and creep are bounded. Goedhard and Knoop (1973) extended this to a nine-element model. As more elements are incorporated, one obviously encounters difficulty in identifying their physiological counterparts. REFERENCES Aars, H. Diameters and elasticity of the ascending aorta in normal and hypertensive rabbits. Acta Physiol. Scand. 83:133-138, 1971. Apter, J.
Saunders, Philadelphia, 1972. Somlyo, A. P. and Somlyo, A. V. Vascular smooth musc1e, 1. Normal structure, pathology, biochemistry and biophysics. Pharm. Rev. 20:197-272, 1968. Van der Werff, T. J. Significant parameters in arterial pressure and velocity development. J. Biomech. 7:437, 1974. Wessling, K. , and Dewit, B. Estimated five component viscoelastic model parameters for human arterial walls. J. Biomech. 6:13, 1973. , DeVries, C. , and Noordergraaf, A. Analog studies of the human systemic arterial tree.
3. Linear Theories of Blood Flow in Arteries Reviews of some of the lineartheories are given by Noordergraaf (1969), Cox (1970), and Li (1987). Some of the modern theoretical development ofblood flow in arteries can be traced back to Witzig's (1914) mathematical analysis who took into account the viscosity of the fluid, absent in wave equations obtained by previous proponents although this was done later by Morgan and Kiely (1954) who added viscous fluid to that presented by Lamb. Witzig's theoretical analysis became the basis of many modern pulse transmis sion theories.
The Arterial Circulation: Physical Principles and Clinical Applications by Dr. John K.-J. Li PhD (auth.)