Ahmadi G
Sci Sin. 1981 Oct;24(10):1465-74.
The mechanics of blood flow from a continuum point of view is considered. The basic laws of motion are reviewed and a set of constitutive equations appropriate for blood flow are derived. The thermodynamics of blood is studied and some restrictions on the coefficients of viscosity are derived. The theory allows for local variation of hematocrit in the flow and also indicates the possibility of supporting shear stress in zero shear rate. A simple free energy function is postulated and the basic equations of motion are derived and some special cases are discussed.
从连续介质的角度考虑血流的力学原理。回顾了基本运动定律，并推导了一组适用于血流的本构方程。研究了血液的热力学，并推导了对粘度系数的一些限制。该理论考虑了血流中血细胞比容的局部变化，还表明了在零剪切率下支持剪切应力的可能性。假定了一个简单的自由能函数，推导了基本运动方程，并讨论了一些特殊情况。
