Tensors are used to describe complex physical processes in many applications. Examples
include the distribution of stresses in technical materials, acting forces during seismic …

This paper presents an intuitive sketching interface for interactive hairstyle design, made
possible by an efficient numerical updating scheme. The user portrays the global shape of a …

This study introduces a novel Cardiac Electric Vector Simulation Model (CEVSM) to address
the computational inefficiencies and low fidelity of traditional electrophysiological models in …

Simulation of physically based deformable models is a hot topic in computer graphics. Most
of the existing models focus on isotropic materials and some on transversely isotropic …

In the inverse problem in electrocardiology, the goal is to recover electrophysiological
activity in the heart without measuring directly on its surface ie without using catheter …

Modern digital imaging technologies, such as digital microscopy or micro-computed
tomography, deliver such large amounts of 2D and 3D-image data that manual processing …

We propose a sketch-based interface for modeling the myocardial fiber orientation required
in the electrophysiological simulation of the heart, especially the ventricles. The user can …

The problem of visualising multivariate data and tensor fields inherits its complexity from the
data it targets. By definition, complex data is “hard to separate, analyse, or solve” 1. This …

Residual stress is the stress which remains in a deformable body in the absence of external
forces. Due to the release of residual stress after cutting, soft tissues will shrink and the …

Orientation of collagen fibers and their spatial distribution predefine macroscopic
mechanical properties of the soft tissue and in particular its anisotropy directions. In this …