Построение механико-математической модели кровеносных сосудов (артерий) человека как многослойной анизотропной оболочки

Abstract

There is helical motion of biological environment in the cardiovascular system and others transporting systems. The member of the Academy N. Dobrecov reported about that discovery in his paper in 2003. The basis of such motion is transporting canals walls interaction with the medium due to torsion wave that is generated by helical and muscular elements. The walls of arteries have three layers: intima (inner), media (middle), adventitia (external). Elastic properties of the vessel (membrane) is determined by middle layer which represents composite that consist of elastin, collagen, muscular tissue, at that muscle fibers is inclined on-the-miter of 30° - 50° to the axis of the membrane (vessel). Thus we have three-layer membrane with helical anisotropy.