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Simulation CFD
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Simulation CFD

2013
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Manifold
Template: Creating a Template for the Faucet Example
Faucet
HVAC System
Electronics
Electronics System Geometry
Analysis Units
Create the Flow Volume
Create the Group of Small Chips
Create the Group of Medium Chips
Create the Group of PCBs
Assign Air to All Parts
Assign Aluminum to Several Parts
Create the PCB Material
Assign the PCB Material
Create the Compact Thermal Model Material
Assign CTM Material to Small Chips
Assign Silicon Material to Medium Chips
Create Resistance Material for the Baffle
Assign Resistance Material to the Baffle
Create the Internal Fan Material
Assign the Internal Fan
Assign the TEC Material
Inlet Boundary Conditions
Outlet Pressure Boundary Condition
Total Heat Generation on Small Chips
Total Heat Generation on Medium Chips
Total Heat Generation on Capacitors
Total Heat Generation on Transformer
Assign Mesh Sizes Automatically
Coarsen the Mesh on the Capacitors
Solve
Velocity Results
Temperature Results
Summary Parts
Natural Convection around a Telecommunications Module
Internal Natural Convection in a Telecommunications Module
External Aerodynamics Around a Sports Car
Transient Heat Transfer in an EGR Valve
External Compressible Flow
Internal Compressible Flow in a Nozzle
Centrifugal Pump
Axial Check Valve (Motion)
Solar Heating
Automation: Manifold Design Study
Mesh Sensitivity Study
Human Comfort Ventilation Study
Self-Paced Fundamentals Training
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2014
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1034 views,  1 edit(s),  4417 characters(s) Page last modified 01:47, 25 Jun 2012 by contentconnector
How to add your knowledge

Outlet Pressure Boundary Condition

    Table of contents
    No headers

    Questions about applying settings?

    Select the outlet.

    Open the Boundary Conditions quick edit dialog in ONE of the following ways:

    • Click Edit from the context toolbar:

    • Click Edit from the Boundary Conditions context panel:

    Type = Pressure

    Unit = Pa; Pressure = 0

    Click Apply.

    Back | Next

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