By Dr. John K.-J. Li PhD (auth.)
Many new scientific breakthroughs and technological advances in recent times have made it attainable to deepen our knowing of the cardiovascular process. within the Arterial stream: actual rules and scientific program, John Li applies those glossy advancements in biorheological research, experimental validation, and scientific overview to the dynamics of arterial flow, laying the basis for powerful experimental and medical functions. utilizing quantitative equipment greatly, Dr. Li illuminates the body structure and rheology of arteries, the basic theories and modeling of the arterial process, blood strain and stream and their transmission in arteries, vascular branching junctions and the vascular mattress, and the coupling and interplay of the arterial approach and the guts. at the scientific point he examines the alteration of constitution and serve as of arteries in such illness 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.
leading edge in its quantitative analyses, laptop modeling, and useful medical functions, The Arterial movement: actual rules and medical software will instantly turn into the traditional reference within the box for all these investigating the constitution and serve as of arteries, in addition to how arterial move will be adequately and quantitatively assessed in medical situations.
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Extra info for The Arterial Circulation: Physical Principles and Clinical Applications
The composite of the arterial wall components operates in such a manner that, at low pressures, elastin dominates the composite behavior. At high pressures, collagen becomes more important. Elastic modulus is a nonlinear function of pressure. , 1998). Figure 2-10 illustrates how arteriallumen diameter and compliance vary with changing transmural pressure. With increasing positive transmural pressure, arterial vessel diameter is distended, as expected, the corresponding compliance, however, declines.
Li, J. -J. Mammalian Hemodynamics: Wave Transmission Characteristics and Similarity Analysis. D. dissertation, University of Pennsylvania, Philadelphia, 1978. University Microfilms, Ann Arbor, 1978. Li, J. , and Noordergraaf, A. Optimality of pulse transmission at vascular branchingjunctions. Proc. 6thlnt. Conf. Cardiovasc. Syst. Dynamics, pp. 228-230,1984. Li, J. , and Noordergraaf, A. Pulse wave propagation. Circ. Res. 49:442-452, 1981. Li, J. -J. Arterial System Dynamics. New York University Press, New York, 1987.
Physiol. 203:1153-1160,1962. lberall, A. S. Anatomy and steady flow characteristics of the arterial system with an introduction to its pulsatile characteristics. Math. Biosei. 1:375-395, 1967. Learoyd, B. M. and Taylor, M. G. Alterations with age in the viscoelastic properties of human arterial walls. Circ. Res. 18:278-192, 1966. Li, J. -J. Mammalian Hemodynamics: Wave Transmission Characteristics and Similarity Analysis. D. dissertation, University of Pennsylvania, Philadelphia, 1978. University Microfilms, Ann Arbor, 1978.