Mesh resource for a finite element model of calcium mechanics in an 8 sarcomere section of a cardiomyocyte. Used by code at: https://github.com/dladd/CardiacCalcium_FiniteElement
Objective: The current state of the art human body models (HBMs) underpredict the number of fractured ribs. Also, it has not been shown that the models can predict the fracture locations. Efforts have
Visual Basic application within an Excel spreadsheet (Microsoft, Redmond, WA, USA) to simulate the the behavior of contrast agent within a capillary and surrounding extravascular tissue with a finite
Results from a reaction-diffusion finite element model of calcium signalling in a rat ventricular cardiomyocyte. Solved for the first 30 ms of the calcium transient in an 8 sarcomere section. Calci
Objective: The current state of the art human body models (HBMs) underpredict the number of fractured ribs. Also, it has not been shown that the models can predict the fracture locations. Efforts have
