Monodomain

These examples use the monodomain equation

Examples are:

• b2111. 2D activation using collocation
• b2112. Optimisation of conductivities from 2D mapping study
• b2113. Explicit 1D branch (simple)
• b2114. Implicit 1D branch (simple)
• b2115. Exporting a 2d grid solution to Unemap
• b2116. Simple 3d cube simulation
• b2117. Explicit Beeler-Reuter model
• b2118. Explicit Luo-Rudy 2 model
• b2119. Full heart slice with cubic activation
• b211a. Jafri-Rice-Winslow model on a 2d strip
• b211b. Full heart slice with VCD activation
• b211c. Single element cube using grid-based FEM with Noble 98
• b211d. Explicit 2-D Noble 98 model
• b211e. Explicit Noble 98 model with overload
• b211f. Anisotropic explicit square with 30 deg. fibres
• b211g. Anisotropic implicit square with 30 deg. fibres
• b211h. Isotropic explicit grid with skewed mesh
• b211i. Isotropic implicit grid with skewed mesh
• b211j. Implicit 1D/2D coupled branch/tissue
• b211k. Explicit LR2 over a 2d square.
• b211l. Implicit LR2 over a 2d square.
• b211m. 3D Explicit LR2
• b211n. 3D Implicit LR2
• b211o. 3D Explicit LR2 - MP Speed Up Testing
• b211p. 3D activation with grid branching
• b211q. Explicit Luo-Rudy II on the Physiome wedge
• b211r. Physiome's small wedge - I
• b211t. Simple 2d box simulation using grid-based Finite Elements
• b211u. Large 3d 2/3 heart example
• b211v. Noble 98 activation of 2-element LV free wall wedge
• b211w. Anisotropic explicit square with 30 deg. fibres, using LSODA as the ODE Solver
• b211x. Simple 2d simulation using Grid based FEM and AMG solver
• parallel-monodomain. Solving Monodomain in Parallel with LibMesh

Html last generated: Sun Mar 6 05:51:10 2016

Input last modified: Mon Apr 10 17:34:05 2000