Nonlinear Effects in Elastomers and Soft Biological Tissues

研究了橡胶类和非橡胶类材料的弹性和非弹性力学行为， 受到大变形的柔软生物材料将 分析和实验研究。 分子的作用 结构和影响，由于预应力，预处理， 内部粘性阻尼将在技术和 生物力学应用 包含分子的方程 链数和预测预处理的效果观察， 将导出对弹性体和软组织的测试。 理论 将通过实验加以证实，并用于研究 用于各种外科手术的动脉球囊的预处理 将在理论上和实验室中研究程序 实验

The elastic and inelastic mechanical behavior of rubberlike and soft biological materials subjected to large deformation will be studies analytically and experimentally. The role of the molecular structure and effects due to prestress, preconditioning, and internal viscous damping will be investigated in technical and biomechanical applications. Equations that include the molecular chain number and predict the effect of preconditioning observed in tests on elastomers and soft tissues will be derived. The theory will be confirmed by experiments and applied to study the effect of preconditioning of arterial balloons used in various surgical procedures will be studied theoretically and in laboratory experiments.