An integrated finite element simulation of cardiomyocyte function based on triphasic theory

An integrated finite element simulation of cardiomyocyte function based on triphasic theory

In numerical simulations of cardiac excitation-contraction coupling, the intracellular potential distribution and mobility of cytosol and ions have been mostly ignored. Although the intracellular potential gradient is small, during depolarization it can be a significant driving force for ion movement, and is comparable to diffusion in terms of net flux. Furthermore, fluid in the t-tubules is th...

An Algorithm for Finite Element Analysis of Tunnel Supports Based on the Winkler’s Theory

An Algorithm for Finite Element Analysis of Tunnel Supports Based on the Winkler’s Theory

Finite Element Simulation of Contact Mechanics of Cancer Cells in Manipulation Based on Atomic Force Microscopy

The theory of contact mechanics deals with stresses and deformations which arise when the surfaces of two solid bodies are brought into contact. In elastic deformation contact occurs over a finite area. A regular method for determining the dimensions of this area is Hertz Contact Model. Appearance of atomic force microscope results in introduction of Contact ...

an algorithm for finite element analysis of tunnel supports based on the winkler’s theory

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