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57020 Mechanics of Fluids and Transfer Processes

By Edward Roberts,2014-03-18 09:43
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57020 Mechanics of Fluids and Transfer Processesof,and

    57:020 Mechanics of Fluids and Transport Processes

    Instructions and Grading for CFD Lab Report

Section Points

    PreLab Questions Submitted before PreLab 10

1 Title Page 5

     1.1 Course Name

     1.2 Title of report

     1.3 Submitted to “Instructor’s name”

     1.4 Your name (with University ID and email address)

     1.5 Your affiliation (Department, Group)

     1.6 Date

    2 Test and Simulation Design 10

     Purpose of CFD simulation

    3 CFD Process 10

     Describe in your own words how you implemented CFD process

     (Hint: CFD process block diagram)

    4 Data Analysis and Discussion 50

     Answer questions given in Exercise Notes of the CFD lab handouts

    5 Conclusions 15

     Conclusions regarding achieving purpose of the simulation

     Describe what you learned from CFD Lab.

     Comments on the “hands-on” experience, software interface, and lab performance

     Suggestions and improvements

     Total 100 Additional Instructions:

    1. Each student is required to hand in individual lab report and PreLab questions.

    2. Conventions for graphical presentation:

     * CFD figures should be plotted using symbols without X and Y grid

     * All figures in the report should be either the hardcopies of FlowLab or the

     plots using other commercial software (Excel).

     * Color print of figures recommended but not required

     3. Reports will not be graded unless section 1 is included and complete

     4. CFD Lab report template is provided to facilitate you to write reports.

     1

    CFD Process Block Diagram

    Post-Geometry Physics Mesh Solve Reports Processing

    Select Heat Transfer Unstructured Steady/ Forces Report Contours Geometry ON/OFF (automatic/ Unsteady (lift/drag, shear manual) stress, etc)

    Vectors Geometry Compressible Structured Iterations/ XY Plot Parameters ON/OFF (automatic/ Steps manual)

    Flow properties Verification Streamlines Domain Shape Convergent and Size Limit

    Viscous Model Validation Precisions (single/ double)

    Boundary Numerical Conditions Scheme

    Initial Conditions

     2

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