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fenicsx-pulse
Demos
Mathematical Background & Implementation Details
Geometries and Basic Setups
Unit Cube Simulation
A D-shaped Cylinder
Left Ventricular Ellipsoid Simulation
Bi-Ventricular Ellipsoid Simulation
BiV Mesh from UK Biobank Atlas
Cardiac Mechanics Benchmark
Problem 1: Deformation of a Beam
Problem 2: Passive Inflation of a Ventricle
Problem 3: Inflation and Active Contraction of a Ventricle
Boundary Conditions in fenicsx-pulse
Left Ventricular Ellipsoid with Custom Boundary Conditions
Rotated UK Biobank Atlas Geometry
Pre-stressing (Inverse Mechanics)
Pre-stressing of a Bi-Ventricular Geometry
Pre-stressing of a Left Ventricle Geometry using Fixed-Point Unloading
Time-Dependent Simulations
LV ellipsoid with time dependent pressure and activation - Benchmark
BiV ellipsoid with time dependent pressure and activation - Benchmark
LV ellipsoid coupled to a 0D circulatory model and a 0D cell model
BiV ellipsoid coupled to a 0D circulatory model and a 0D cell model
Complete Multiscale Simulation with Prestressing
Post-processing and Visualization
Community
Contributing
Python API
API Reference
Repository
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