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Language
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Simulation CFD

2013

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Essential Skills Videos

Assign Air to All Parts

Assign Velocity = 3000 mm/s to inlet

Assign Pressure = 0 Pa to Outlets

Assign Mesh Sizes Automatically

Solve

Clone Design 1

Suppress the Middle Outlet

Launch the Modified Geometry

Delete Lost Settings

Run the Second Design

Capture a Summary Image

Compare Results in the Design Review Center

Compare Outlet Flow Rates in the Decision Center

Template: Creating a Template for the Faucet Example

Faucet

HVAC System

Electronics

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

Guidelines

Application Best Practices

Verification

Theoretical Background

Community Scoring

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1113 views, 1 edit(s), 3575 characters(s) Page last modified 01:46, 25 Jun 2012 by contentconnector

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Run the Second Design

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Click Solve from the Setup tab:

Click the Physics tab.

NoteThe default settings (incompressible, no heat transfer, 100 iterations) are appropriate for this scenario.

Click the Control tab.

Set Continue From = 0

NoteIt is better to start from the beginning instead of continuing from saved results.

Click Solve to start the analysis.

A dialog will ask if you want to delete all results after iteration 0. Click Yes.

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Simulation CFD

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