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Contents
Features List
First Steps
Ball Valve Design
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Specifying the Engineering Goal
Running the Calculation
Monitoring the Solver
Adjusting Model Transparency
Viewing Cut Plots
Viewing Surface Plots
Viewing Isosurface Plots
Viewing Flow Trajectories
Viewing XY Plots
Viewing Surface Parameters
Analyzing a Design Variant in the SolidWorks Ball part
Cloning the Project
Analyzing a Design Variant in the Flow Simulation Application
Conjugate Heat Transfer
Opening the SolidWorks Model
Preparing the Model
Creating a Flow Simulation Project
Specifying the Fan
Specifying Boundary Conditions
Specifying Heat Sources
Creating Solid Materials in the Engineering Database
Specifying Solid Materials
Specifying Engineering Goals
Specifying Volume Goals
Specifying Surface Goals
Specifying Global Goals
Changing the Geometry Resolution
Running the Calculation
Viewing the Goals
Adjusting Model Transparency
Viewing Flow Trajectories
Viewing Cut Plots
Viewing Surface Plots
Porous Media
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Creating Isotropic Porous Medium in the Engineering Database
Specifying Porous Medium
Specifying Surface Goals
Specifying the Equation Goal
Running the Calculation
Viewing the Goals
Viewing Flow Trajectories
Cloning the Project
Creating Unidirectional Porous Medium in the Engineering Database
Specifying the Porous Medium - Unidirectional Type
Comparing the Isotropic and Unidirectional Catalysts
Intermediate Examples
Determination of Hydraulic Loss
Opening the SolidWorks Model
Model Description
Creating a Flow Simulation Project
Specifying Boundary Conditions
Specifying Surface Goals
Running the Calculation
Monitoring the Solver
Cloning the Project
Viewing Cut Plots
Working with Parameter List
Viewing the Goal Plot
Working with Calculator
Changing the Geometry Resolution
Cylinder Drag Coefficient
Problem Statement
Opening the Model
Creating a Flow Simulation Project
Specifying 2D simulation
Specifying a Global Goal
Specifying an Equation Goal
Cloning the Project and Creating a New Configuration
Changing Project Settings
Changing the Equation Goal
Creating a Template
Creating a Project from the Template
Solving a Set of Projects
Getting Results
Heat Exchanger Efficiency
Problem Statement
Opening the Model
Creating a Flow Simulation Project
Specifying Symmetry Condition
Specifying a Fluid Subdomain
Specifying Boundary Conditions
Specifying Solid Materials
Specifying a Volume Goal
Running the Calculation
Viewing the Goals
Viewing Cut Plots
Adjusting the Parameter Display Range
Displaying Flow Trajectories
Viewing the Surface Parameters
Calculating the Heat Exchanger Efficiency
Mesh Optimization
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Manual Specification of the Minimum Gap Size
Switching off the Automatic Mesh Definition
Using the Local Initial Mesh Option
Specifying Control Planes
Creating a Second Local Initial Mesh
Advanced Examples
Application of EFD Zooming
Problem Statement
The EFD Zooming Approach to Solve the Problem
First Stage of EFD Zooming
Project for the First Stage of EFD Zooming
Second Stage of EFD Zooming
Project for the Second Stage of EFD Zooming
Changing the Heat Sink Configuration
Cloning Project to the Existing Configuration
The Local Initial Mesh Approach
Flow Simulation Project for the Local Initial Mesh Approach (Sink No1)
Flow Simulation Project for the Local Initial Mesh Approach (Sink No2)
Results
Textile Machine
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Specifying Rotating Walls
Specifying Initial Conditions
Specifying Goals
Results (Smooth Walls)
Displaying Particles Trajectories and Flow Streamlines
Modeling Rough Rotating Wall
Adjusting Wall Roughness
Results (Rough Walls)
Non-Newtonian Flow in a Channel with Cylinders
Problem Statement
Opening the SolidWorks Model
Defining Non-Newtonian Liquid
Project Definition
Specifying Boundary Conditions
Specifying Goals
Comparison with Water
Changing Project Settings
Radiative Heat Transfer
Problem Statement
Opening the SolidWorks Model
Case 1: The reflector inner surface is a whitebody
Creating a Flow Simulation Project
Adjusting the Computational Domain size
Adjusting Initial Mesh Settings
Specifying Radiative Surfaces
Specifying Bodies and Materials Transparent to the Heat Radiation
Specifying Heat Source and Goals
Case 2: All reflector surfaces are blackbody
Changing the Radiative Surface Condition
Specifying Goals
Specifying Initial Condition in Solid
Case 3: The reflector is removed
Results
Rotating Impeller
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Specifying Stationary Walls
On Calculating the Impeller’s Efficiency
Specifying Project Goals
Results
CPU Cooler
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Adjusting the Computational Domain Size
Specifying the Rotating Region
Specifying Stationary Walls
Specifying Solid Materials
Specifying Heat Source
Specifying Initial Mesh Settings
Specifying Project Goals
Results
Oil Catch Can
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Specifying Project Goals
Setting Solution Adaptive Mesh Refinement
Defining Motor Oil Material
Studying the Motion of Oil Droplets
Results
Examples for HVAC Module
150W Halogen Floodlight
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Adjusting the Computational Domain Size
Specifying Fluid Subdomain
Specifying Heat and Radiation Conditions
Specifying Radiation Source
Specifying Radiative Surfaces
Specifying Solid Materials
Specifying Bodies and Materials Transparency
Specifying Goals
Setting Local Initial Mesh
Adjusting the Calculation Control Options
Results
Hospital Room
Problem Statement
Model Configuration
Project Definition
Boundary Conditions
Specifying Heat Sources
Specifying Calculation Control Options
Specifying Goals
Adjusting Initial Mesh
Setting Local Initial Mesh
Results
Overview of Comfort Parameters
Obtaining CRE Value
Volume Parameters
Examples for Electronics Cooling Module
Electronic Components
Problem Statement
Opening the SolidWorks Model
Creating a Flow Simulation Project
Specifying Boundary Conditions
Specifying Perforated Plates
Specifying Two-Resistor Components
Specifying Heat Pipes
Specifying Contact Resistances
Specifying Printed Circuit Board
Specifying Solid Materials
Specifying Project Goals
Adjusting the Initial Mesh
Specifying Local Initial Mesh Properties
Results
Nội dung
[...]... mouse button) Other Flow Simulation 2012 Tutorial A1-5 First Steps: A1 - Ball Valve Design 3 Select Flow Openings and Inlet Mass Flow 4 Set the Mass Flow Rate Normal to Face to 0.5 kg/s 5 Click OK The new Inlet Mass Flow 1 item appears in the Flow Simulation Analysis tree With the definition just made, we told Flow Simulation that at this opening 0.5 kilogram of water per second is flowing into the... E1-14 Flow Simulation 2012 Tutorial ix x Flow Simulation 2012 Tutorial Features List This chapter contains the list of the physical and interface features of Flow Simulation as they appear in the tutorial examples If you need to find an example of a certain feature or function usage, look for the desired feature in the left column and in its row you can see in which tutorial examples this... lids are made semi-transparent so you may look into the valve Flow Simulation 2012 Tutorial A1-1 First Steps: A1 - Ball Valve Design Creating a Flow Simulation Project 1 In the main menu click Flow Simulation, Project, Wizard 2 Once inside the Wizard, select Create new in order to create a new configuration and name it Project 1 Flow Simulation will create a new configuration and store all data in... each analysis run Flow Simulation can analyze any flow type: Turbulent only, Laminar only or Laminar and Turbulent The turbulent equations can be disregarded if the flow is entirely laminar Flow Simulation can also handle low and high Mach number compressible flows for gases For this demonstration we will perform a fluid flow simulation using a liquid and will keep the default flow characteristics... Flow Simulation structure and interface Its strongly recommended to complete these tutorials examples first A1 - Ball Valve Design A2 - Conjugate Heat Transfer A3 - Porous Media Flow Simulation 2012 Tutorial A-1 First Steps: A-2 A1 Ball Valve Design This tutorial deals with the flow of water through a ball valve assembly before and after some design changes The objective is to show how easy fluid flow. .. Mixed flows Separated flows (as Fluid Subdomains) Heat conduction in solids Gravitational effects Laminar only flow Flow Simulation 2012 Tutorial Heat conduction in solids only Porous media FL-3 First Steps Intermediate A 1 A 2 A 3 Advanced B B B B C C C 1 2 3 4 1 2 3 C 4 C 5 Modules C 6 C 7 Radiation D 1 D 2 Absorption in solids Spectrum Roughness Two-phase flows... you will learn how to solve engineering problems with Flow Simulation, using some of the most common tasks as examples B1 - Determination of Hydraulic Loss B2 - Cylinder Drag Coefficient B3 - Heat Exchanger Efficiency B4 - Mesh Optimization Flow Simulation 2012 Tutorial FL-1 In the Advanced examples you can see how to use a wide variety of the Flow Simulation features to solve real-life engineering... fluid flow simulation can be with Flow Simulation and how simple it is to analyze design variations These two factors make Flow Simulation the perfect tool for engineers who want to test the impact of their design changes Opening the SolidWorks Model 1 Copy the A1 - Ball Valve folder from the installation directory into your working directory and ensure that the files are not read-only since Flow Simulation. .. SG Av Static Pressure 1 item appears in the Flow Simulation Analysis tree Engineering goals are the parameters of interest Setting goals is a way of conveying to Flow Simulation what you are trying to get out of the analysis, as well as a way to reduce the time Flow Simulation needs to reach a solution By setting a parameter as a project goal you give Flow Simulation information about parameters that... Notice that the new configuration has the name that you entered in the Wizard A1-4 Go to the Flow Simulation Analysis Tree and expand all the items in the tree We will use the Flow Simulation Analysis Tree to define our analysis, just as you use the FeatureManager design tree to design your models The Flow Simulation analysis tree is fully customizable; anytime you can select which folders are shown