Understanding and predicting the mechanical behavior of myocardium under healthy and
pathophysiological conditions are vital to developing novel cardiac therapies and promoting …

We present a simple, yet efficient adaptive time stepping scheme for cardiac
electrophysiology (EP) simulations based on standard operator splitting techniques. The …

Background Characterizing material properties of thin sheets for design or manufacturing
purposes is an essential concern in many engineering applications. This task is particularly …

We present a new explicit local space–time adaptive framework to decrease the time
required for monodomain simulations for cardiac electrophysiology. Based on the localized …

Soft tissues are characterized by a nonlinear mechanical response, highly affected by the
multiscale structure of collagen fibers. The effectiveness and the calibration of constitutive …

Metrics of regional myocardial function can detect the onset of cardiovascular disease,
evaluate the response to therapy, and provide mechanistic insight into cardiac dysfunction …

This paper proposes a new method for in vivo and almost real-time identification of
biomechanical properties of the human cornea based on non-contact tonometer data …

A recently proposed orthotropic nonlinear material model for general classes of woven
fabrics is adapted to glass-PTFE and PES-PVC fabrics. The nonlinear model contains three …

Purpose Real-time magnetic resonance imaging (MRI) is a promising alternative to X-ray
fluoroscopy for guiding cardiovascular catheterization procedures. Major challenges …

We construct two-dimensional, two-phase random heterogeneous microstructures by
stochastic simulation using the planar Boolean model, which is a random collection of …