Name: BlueFern Research
Type: Organization
Bio: Research at BlueFern Supercomputing Centre is focused on large-scale physiological neurovascular and cardiovascular simulations.
Location: University of Canterbury, New Zealand
Blog: http://www.bluefern.canterbury.ac.nz/
BlueFern Research's Projects
AUTO scripts to generate bifurcation diagrams for various ODE systems
This project uses massively parallel simulations to investigate the relationship between arterial geometry, the transport of information via ionic species through the gap junctions along arterial wall and the onset of atherosclerotic plaques.
Curvilinear Reaction Diffusion Model
DBiharMesher is designed for generating quadrilateral surface meshes for bifurcating vessels. The core of the DBiharMesher is a VTK filter/wrapper for biharmonic equation solver Dbihar written in Fortran.
Brains trust NVU model
Matlab implementation of the NVU model.
This repository stores code, papers and other text files describing the work with Pierre Gremaud and Joey Hart from North Carolina State University. The work looks at the sensitivity of parameters modelling neurovascular coupling with an initial view to developing a stable model that compares well with experimental data (from Dr Jason Berwick (Sheffield Univ, UK)).
VSMC coupled cells model with electrodiffusion coupling
VSMC coupled cells model with linear coupling
Vascular Smooth Muscle Cell (VSMC) code for simulating intracellular calcium dynamics.
A small utility to convert legacy format .vtk files produced by the legacy Coupled Cells code.