NEVA (Bio)Electromagnetics
NEVA EM constructs anatomical true-CAD cross-platform human models for electromagnetic, computational fluid dynamics, thermal, and structural simulations
The models are compatible with ANSYS software, Dassault Systèmes (SIMULIA Corporation) software, and other software packages. All tissue parts are also accessible in MATLAB® format.
Static VHP-Female model v2.2 - VHP-Female College - is also available to all interested professionals free of charge and is a product of NSF SBIR Phase I grant 1520168 and NIH/National Library of Medicine SBIR Phase I grant R43 LM012352-01A1
Collection of Sixteen High-Quality Human Head CAD Models Generated with SimNIBS 2.1 Using Connectome Subject Data within MATLAB Platform
Sixteen Models along with the processing MATLAB software (Dropbox Link)
Each model contains skin, skull, CSF, GM, cerebellum, WM, and ventricles head compartments and possesses an “onion” topology: the grey matter shell is a container for white matter, ventricles, and cerebellum objects, the CSF shell contains the grey matter shell, the skull shell contains the CSF shell, and finally the skin or scalp shell contains the skull shell. The models are fully compatible with ANSYS ED FEM software, CST Studio Suite, Sim4Life/SEMCAD software, and other electromagnetic software packages.
The collection is based on MRI data from the Human Connectome Project (HCP) segmented using the SimNIBS 2.1/2.1.1 processing pipeline. The average number of triangular surface facets in a model is 866,000, the average triangle quality is 0.25, the average edge length is 1.48 mm, and the average surface mesh density or resolution is 0.57 points per mm^2. If necessary, a finer model mesh can be created for every head using available MATLAB tools.
