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    Ex. No: 03 Conduction Heat Transfer Analyses On 2D Flate Plate

    Uploaded by

    Elumalai Pc
    1. The document describes conducting a heat transfer analysis on a 2D flat plate model using ANSYS Fluent. The model consists of a 300mm thick wood wall with inner and outer surfaces subjected to convection heat transfer at different temperatures and heat transfer coefficients. 2. The procedure involves creating the geometry in DesignModeler, meshing it, setting up the analysis in Fluent with appropriate materials properties and boundary conditions, running the simulation, and obtaining the temperature profile results. 3. Using ANSYS Fluent, the temperature profile of the system was obtained as required to analyze the heat transfer through the insulated wood wall.

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    Ex. No: 03 Conduction Heat Transfer Analyses On 2D Flate Plate

    Uploaded by

    Elumalai Pc
    67 views5 pages
    1. The document describes conducting a heat transfer analysis on a 2D flat plate model using ANSYS Fluent. The model consists of a 300mm thick wood wall with inner and outer surfaces subjected to convection heat transfer at different temperatures and heat transfer coefficients. 2. The procedure involves creating the geometry in DesignModeler, meshing it, setting up the analysis in Fluent with appropriate materials properties and boundary conditions, running the simulation, and obtaining the temperature profile results. 3. Using ANSYS Fluent, the temperature profile of the system was obtained as required to analyze the heat transfer through the insulated wood wall.

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    1. The document describes conducting a heat transfer analysis on a 2D flat plate model using ANSYS Fluent. The model consists of a 300mm thick wood wall with inner and outer surfaces subjected to convection heat transfer at different temperatures and heat transfer coefficients. 2. The procedure involves creating the geometry in DesignModeler, meshing it, setting up the analysis in Fluent with appropriate materials properties and boundary conditions, running the simulation, and obtaining the temperature profile results. 3. Using ANSYS Fluent, the temperature profile of the system was obtained as required to analyze the heat transfer through the insulated wood wall.

    Copyright:

    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    67 views5 pages

    Ex. No: 03 Conduction Heat Transfer Analyses On 2D Flate Plate

    Uploaded by

    Elumalai Pc
    1. The document describes conducting a heat transfer analysis on a 2D flat plate model using ANSYS Fluent. The model consists of a 300mm thick wood wall with inner and outer surfaces subjected to convection heat transfer at different temperatures and heat transfer coefficients. 2. The procedure involves creating the geometry in DesignModeler, meshing it, setting up the analysis in Fluent with appropriate materials properties and boundary conditions, running the simulation, and obtaining the temperature profile results. 3. Using ANSYS Fluent, the temperature profile of the system was obtained as required to analyze the heat transfer through the insulated wood wall.

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    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
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    Ex.

    NO: 03 CONDUCTION HEAT TRANSFER ANALYSES ON 2D FLATE


    PLATE
    Problem Specification:
    A cold storage room has a wall of 300mm of wood for insulation. Assuming L=500mm
    and the thermal conductivity of wood is 0.17W/moC and the inner wall is subject to a
    convection heat transfer with the heat transfer co-efficient of 30 W/m2oC and
    temperature of -3oC. The outer wall is also subjected to a convective heat transfer with
    the heat transfer co-efficient of 11 W/m2oC and the temperature of 25 oC. Assuming the
    total system is at the room temperature. Obtain the temperature profile with the system.
    AIM:
    To find the temperature profile of the given system using ANSYS FLUENT
    software.
    SOFTWARE USED:
    ANSYS FLUENT 13
    PROCEDURE:
    1. Start ANSYS Workbench by clicking the Windows Start menu, then selecting the
    Workbench 13.0 option in the ANSYS 13.0 program group.
    Start - All Programs - ANSYS 13.0 - Workbench 13.0
    2. This displays the ANSYS Workbench application window, which has the Toolbox
    on the left and the Project Schematic to its right. Various supported applications
    are listed in the Toolbox and the components of the analysis system will be
    displayed in the Project Schematic.
    3. Create a new FLUENT fluid flow analysis system by double-clicking the Fluid
    Flow (FLUENT) option under Analysis Systems in the Toolbox.
    4. Save the project by selecting the Save option under the File menu in ANSYS
    workbench.
    5. Start ANSYS Design Modeler. In the ANSYS Workbench Project Schematic,
    double-click the Geometry cell in the fluid flow analysis system. This displays the
    ANSYS DesignModeler application.

    6. Set the units in ANSYS DesignModeler as MM.


    7. Create the geometry by using sketching and modeling tabs and using the options
    like line dimensions etc.
    8. Since this geometry is a 2D analysis we must create a plane from the following
    option.
    CREAT - SURFACE FROM SKETCHES - SELECT THE CLOSED SKETCH
    9. Close the DesignModeler.
    10. Open the ANSYS Meshing application. In the ANSYS Workbench Project
    Schematic, double-click the Mesh cell in the fluid flow analysis system.
    11. Create named selections for the geometry boundaries.
    This is done by selecting the edge option below the toolbar and selecting the
    edges for which you required to give named selections and right click to select
    Create Named Selections.
    12. Now under Meshing we can select the sizing tab and give appropriate mesh type
    and size for the geometry.
    13. Now close the meshing application.
    14. In the ANSYS Workbench Project Schematic, double-click the Setup cell in the
    fluid flow analysis system.
    15.A dialog box appears, in which UNCHECK the DOUBLE PRECISION and click
    OK. Make sure that S ERIAL is enabled.
    16.In General tab select according to the problem given.
    17. In Models select the type of model you want to solve according to the problem
    description. (i.e- Energy or Momentum etc.. ) Here ENERGY EQUATION.
    18. In material tab select the type of material you want to analyze and give the
    appropriate properties.
    19.In Boundary Condition tab give the boundary conditions as per the problem. B.C
    will be specified according to the Named Selections you have created.

    20.In Solution Methods tabs, leave the methods as default.


    21.In Initialize tab, in Compute From drop up box, select the named selection that
    you want to initialize the problem and select INITIALIZE.
    22.In RUN CALCULATION, give the Number of Iterations as 300 and click
    Calculate.
    23.Now after the result is converged, close the Fluent.
    24.To get the results from the CFD, select RESULTS from the workbench.
    25. Select Contours from Graphics and Animations. Select Temperature from the
    dialog box that appears and select the symmetric plane and click Display to get
    required result.

    RESULT: Thus the Temperature profile of the given system has been drawn using
    ANSYS FLUENT 13.

    GEOMENTRY:

    MESHING:

    SOULTION:

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