OpenCMISSIron Internal API Documentation

This module handles the Stree equation routines. These equations are often used in concert with 1D fluid modelling to describe wave propagation phenomena, which is particularly useful for models of vascular trees. These equations are also often solved using a discontinuous nodal solution method, rather than FEM. More...
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Modules  
module  stree_equation_routines 
This module handles all Stree equation routines.  
Functions/Subroutines  
subroutine, public  stree_equation_routines::stree_equationssetsolutionmethodset (equationsSet, solutionMethod, err, error,) 
Sets/changes the solution method for a Stree equation type of an fluid mechanics equations set class. More...  
subroutine, public  stree_equation_routines::stree_equationssetspecificationset (equationsSet, specification, err, error,) 
Sets the equation specification for a Stree type of a fluid mechanics equations set. More...  
subroutine, public  stree_equation_routines::stree_equationssetsetup (equationsSet, equationsSetSetup, err, error,) 
Sets up the Stree equations fluid setup. More...  
subroutine, public  stree_equation_routines::stree_finite_element_calculate (equationsSet, nodeNumber, err, error,) 
Evaluates the residual nodal stiffness matrices and RHS for a Stree equation nodal equations set. More...  
subroutine, public  stree_equation_routines::stree_pre_solve (solver, err, error,) 
Evaluates the residual nodal stiffness matrices and RHS for a Stree equation nodal equations set. More...  
This module handles the Stree equation routines. These equations are often used in concert with 1D fluid modelling to describe wave propagation phenomena, which is particularly useful for models of vascular trees. These equations are also often solved using a discontinuous nodal solution method, rather than FEM.
Version: MPL 1.1/GPL 2.0/LGPL 2.1
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Definition in file stree_equation_routines.f90.