Journal of the Physical Society of Japan · 1996 · 23 citations · 4 references
Natural SciencesBiophysicsPhysicsFluid DynamicsMedical PhysicsUltrasonographyBlood PhysiologyBlood ViscosityCardiovascular PhysiologyCirculatory PhysiologyHemodynamicsArterial Fluid MechanicsBlood Flow DynamicsBlood PressureBlood Vessel Wall MechanicsBlood ViscoelasticityHemodynamic Wave PropagationPulse Wave PropagationViscous Effects
The solitons propagating in an infinitely long, straight, circular, inhomogeneous tube filled with viscous blood have been investigated. A theory is proposed in this paper to explain the phenomenon that the amplitude of blood pressure and wall displacement pulses decay in very small artery. The theoretical results are estimated and compared with experimental ones. The agreement between them is good.
4
Solitary Waves in Large Blood Vessels
Sigeo Yomosa · Journal of the Physical Society of Japan · 1987 · 205 citations
Life Sciences, Physics, Physiology +17
Gian‐Carlo Rota · Advances in Mathematics · 1983 · 41 citations