Hochmuth R M, Berk D A
J Biomech Eng. 1984 Feb;106(1):2-9. doi: 10.1115/1.3138452.
Studies of red blood cell deformation have shown that there are a number of membrane material properties that affect the deformation process. In this paper various types of deformation are modeled using geometrical and constitutive simplifications so that the effect of intrinsic elastic and viscous membrane properties and of major geometric constraints is made obvious while other factors are ignored. To this end, numerical solutions are shunned in favor of exact analytical ("closed-form") solutions to simple and basic membrane deformation problems in order to reveal functional dependence.
对红细胞变形的研究表明，有许多膜材料特性会影响变形过程。在本文中，使用几何和本构简化对各种类型的变形进行建模，以便在忽略其他因素的同时，突出内在弹性和粘性膜特性以及主要几何约束的影响。为此，避开数值解，转而采用对简单基本膜变形问题的精确解析（“闭式”）解，以揭示函数依赖性。
