COSMOS FloWorks
 Overview
This two-day, hands-on training program provides an in-depth session on the basics of turbulent fluid flow analysis, in addition to covering meshing concerns, modeling concerns, analysis, post-processing, available options and preferences.
Lesson 1
- Create simple lids on a cross-pipe
- Determine when and where lids are required for flow analysis
Lesson 2
- Check for invalid contacts
- Check the Internal Fluid Volume
Lesson 3
- Create a FloWorks Project using the Project Wizard
- Apply Flow Boundary Conditions
- Apply Goals
- Run an Analysis
- Use the Solver Monitor Window
- View The Results
Lesson 4
- Generate Proper Mesh in the Presence of Thin Walls and Narrow Channels
- Use Mesh Features
- Display Mesh
- Use Thin Wall Optimization Feature
- Apply Manual Mesh Controls and Use Control Planes
Lesson 5
- Apply Time-Dependent Boundary Conditions for a Transient Heat Transfer Analysis
- Add User-Defined Materials
- Create Transient Animation Temperature Result Files
Lesson 6
- Create 2D Plane Flow Analysis
- Use the Reynolds Number Equation to Apply a Velocity Boundary Condition to an External Analysis
- Use the Solution Adaptive Mesh Refinement Option
Lesson 7
- Create a Steady State Conjugate Heat Transfer Analysis for a Cold Plate Using a Real Gas
- Define Multiple Fluid Regions
- Create Temperature Plots in the Solid and Fluid Regions
Lesson 8
- Create an Analysis Using the Parametric (Optimization) Study Feature
- Create a Quarter Model Using Symmetry Planes
Lesson 9
- Create a Flow Analysis Using the Porous Media Option
- Apply a Non-uniform Inlet Velocity Boundary Condition
- Use the Component Control Command
Lesson 10
- Inject a Physical Particle Into a flow Stream
- Use the Particle Study Command
- View Particle Trajectory Results
Lesson 11
- Create an External Supersonic Flow Analysis
- Use the Solution Adaptive Mesh Feature for Supersonic Flows
- Create Contour Plots of Mach Number
Lesson 12
- Setup Problems Using Rotating Reference Flows
Lesson 13
- Select the Cavitation Flow Type
- Display Cavitation Results
Lesson 14
- Apply Relative Humidity as a Boundary Condition
- Display Relative Humidity Results
Lesson 15
- Transfer Flow Results to COSMOSWorks for a Finite Element Analysis
- Create a COSMOSWorks Study Using Results from FloWorks as a Input Boundary Condition
- View Results in COSMOSWorks
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