|
Workshop 1a - Orientation of Workbench Interface and DesignModeler
Sketching
In this workshop we introduce the Workbench
environment and sketching in DesignModeler. A small model is created from
scratch so the users gain some experience with the user interface.
|
 |
|
|
Workshop 1b - Extraction of Fluid Domain
In this workshop we introduce the use of
DesignModeler and create a fluid domain from previously provided structural
geometry.
|
 |
|
Workshop 2a - Meshing a Fluid Domain
This workshop demonstrates the various meshing controls available in CFX-Mesh
and the associativity between DesignModeler and CFX-Mesh using a parametric
domain.
|
 |
|
Workshop 2b - Creating and Combining Multiple
Domain Meshes This workshop creates
both a swept hexagonal mesh with boundary layer and a nonuniform tetrahedral
mesh and combines them into a single domain for solving.
|
 |
|
Workshop 3 - Single Phase Flow and Fluid-Structure Interaction
This workshop demonstrates how to conduct a simple flow analysis in CFX
and transfer the pressure boundary conditions to Workbench Simulation for
subsequent FEA analysis. Relative flow rates are also examined.
|
  |
|
Workshop 4- Conjugate Heat
Transfer Simulation of Cooling Fin
This workshop covers the creation of a
conjugate heat transfer model between two different fluid domains and a
tube with heat fins. Downstream flow temperatures and heat transfer
coefficients for the fins are calculated.
|
 |
|
Workshop 5 - Multiphase Flow
in Sand Mixing Tank
For this workshop the fluid domain
is extracted from a tank and then various sand and water flows
are applied to the inlets of the tank. Initial locations of
erosion is predicted along with the rate of erosion on the tank
walls.
|
 |
|
|
Workshop 6 - Rotating Frames of
Reference Example of a Fan
For this workshop the fluid domain
is extracted from a fan and shroud. The domain is specified to
be rotating at 360 RPM while the downstream average air velocity
and shaft torque is calculated.
|
 |
|
Workshop 7 - Transient Thermal
Analysis of Electronics Package
For this workshop the fluid domain
is extracted from a full 360 degree solid model. The heat source
is surrounded by a circular heat sink to help convect away heat
as 50W of energy is applied. The transient heat up is
calculated.
|
 |
|
Workshop 8- Moving Boundaries
in a Ball Check Valve
A cross section of a fluid domain is
extracted from solid geometry for this simulation. The ball is
then allowed to freely move in the stream as it is subjected to
a drop in downstream pressure. The maximum displacement of the
ball and its final location in the valve are predicted.
|
 |
|
|
|