Introduction
Overview
Modeling capabilities
Boundary conditions
Finite element method
Numerical linear algebra
Parallel computation
Theory
Mathematical preliminaries
Fluid mechanics
References
Solver Input File
General Simulation Parameters
Mesh Section
Contact Section
Precomputed Solution Section
Projection Section
Equation Section
Domain Subsection
Linear Solver Subsection
svZeroDSolver Interface Subsection
Boundary Condition Subsection
Output Subsection
Data File Formats
Boundary Conditions
Domain IDs
Fiber and Sheet Direction
Initial Conditions
Finite Element Mesh
Simulation Results
Running svMultiPhysics
Getting svMultiPhysics
Finite Element Mesh
Initial Condition Data
Boundary Condition Data
Simulation Results Output
Creating a Solver Input File
Running a Simulation
Retarting a Simulation
SimVascular MultiPhysics Tool
Domains Panel
Physics Panel
Simulation Parameters Panel
Run Simulation Panel
Tutorial
Adding a Domain
Adding a Fluids Equation
Adding Boundary Conditions
Setting Simulation Parameters
Run Simulation
User Guide
Computational Fluid Dynamics (CFD)
Example 1: Steady Simulation with Resistance Boundary Conditions
Loading Mesh and Geometry into svMultiPhysics
Defining Equations and Fluid Properties
Assigning Boundary Conditions
Specifying Output Quantities
Time Marching Parameters
Linear Solver Parameters
Output Control and File Management
Running svMultiPhysics from Terminal
Checking Simulation during Runtime
Checking Simulation Outputs
Example 2: Unsteady Simulation with RCR Boundary Conditions
Unsteady Inflow Boundary Conditions
RCR Outlet Boundary Conditions
Other Parameters
Running svMultiPhysics in Parallel
Simulation Outputs
Developer Guide
Overview
Code Organization
Dynamic Arrays
ComMod Class
Simulation Class
Processing XML
Implementation Details
Appendix
VTK File Format
RCR resistance allocation (Example 2)