- 4 -

4D Flow

4D Flow Report

- A -

Additional Documentation

Anatomical Model

Anatomical Model Definition

As Polymesh

As Volume Rendering

- B -

Boundary Condition Settings

- C -

Calculating the Fiber Tracks

Calculating the Streamlines

CFD Simulation and Implementation in PGEM

Components of the Model Folder in PMOD

Configuration Settings

Conversion of CFD Resuts to Images

Create CFD Case from a Surface Mesh

Create CFD Case from a Volume Mesh

Create CFD case from an Existing Case

Create CFD Case from the Geometric Model

Creating VOIs along the Streamlines

Cutting Planes Definition with 3D

- D -

Defining VOIs for Seeding and Imposing Restrictions

Definition of the Characteristics for the Model's Elements

Definition of the Properties for the Model's Elements

DTI Report

DTI Tractography

Dynamic PET Image Creation

- E -

Entering the Maximal Flow Value

Evaluating Diffusion Images along Tracks

External Preparations

- G -

Generation of Dynamic PET Phantom Images

Geometric Model Construction

Geometric Model Construction and CFD Simulation

Geometry Selection in the Model

- I -

Image Definition

Image Loading

Interactive Exploration of the Model

- L -

Loading the 4D Flow Images

Loading the Diffusion Tensor Images

- M -

Management of the OpenFoam Local Cases

Management of the OpenFoam Remote Cases

- O -

OpenFoam CFD Server

- P -

Phantom Creation

Phantom Dynamic TACs

Phantom VOIs

PMOD Anatomy Tool (PGEM)

PMOD Copyright Notice

Protocol File

- R -

References

- S -

Saving the Streamlines

Saving the Tracks

Solution Control

Start of the Model Definition

Surface Mesh Creation

- T -

Time Definition

Tree Organization of the Anatomical Model

- U -

User Interface

- V -

Visualization of the CFD Results

Visualizing the Fiber Tracks in 3D

Visualizing the Streamlines in 3D

VOI Addition

VOI Definition

Volume Mesh Creation

- W -

Workflow Organization