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    Optimum Pipe Size - Liquid Flow: CROSS-SECTIONAL AREA (SF)

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    genergia
    The document is about selecting the optimal pipe size for liquid flow. It provides a table with the cross-sectional areas of different pipe sizes in various pipe schedules to calculate the actual flow velocity and determine the best pipe diameter based on a target velocity of 10 feet per second. The user can input the flow rate and select the pipe size that yields a velocity closest to the goal.

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    Download as XLS, PDF, TXT or read online from Scribd

    Optimum Pipe Size - Liquid Flow: CROSS-SECTIONAL AREA (SF)

    Uploaded by

    genergia
    83 views1 page
    The document is about selecting the optimal pipe size for liquid flow. It provides a table with the cross-sectional areas of different pipe sizes in various pipe schedules to calculate the actual flow velocity and determine the best pipe diameter based on a target velocity of 10 feet per second. The user can input the flow rate and select the pipe size that yields a velocity closest to the goal.

    Original Description:

    OPTIMUM PIPE SIZE--LIQUID FLOW

    Original Title

    Pipe Size

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    The document is about selecting the optimal pipe size for liquid flow. It provides a table with the cross-sectional areas of different pipe sizes in various pipe schedules to calculate the actual flow velocity and determine the best pipe diameter based on a target velocity of 10 feet per second. The user can input the flow rate and select the pipe size that yields a velocity closest to the goal.

    Copyright:

    © All Rights Reserved
    Download as XLS, PDF, TXT or read online from Scribd
    Download as xls, pdf, or txt
    83 views1 page

    Optimum Pipe Size - Liquid Flow: CROSS-SECTIONAL AREA (SF)

    Uploaded by

    genergia
    The document is about selecting the optimal pipe size for liquid flow. It provides a table with the cross-sectional areas of different pipe sizes in various pipe schedules to calculate the actual flow velocity and determine the best pipe diameter based on a target velocity of 10 feet per second. The user can input the flow rate and select the pipe size that yields a velocity closest to the goal.

    Copyright:

    © All Rights Reserved
    Download as XLS, PDF, TXT or read online from Scribd
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    PIPESIZE

    Spreadsheet Problem Solving for ChE Faculty


    OPTIMUM PIPE SIZE--LIQUID FLOW
    =CELLS FOR USER INPUT

    FLOW RATE (GPM) = GOAL VEL (FPS) = 10


    CROSS-SECT AREA (SF) = 0.0000

    PIPE SIZE ACTUAL VEL (FPS)


    DIAMETER OF OPTIMUM SIZE PIPE (in.) 0 #DIV/0!

    ********CROSS-SECTIONAL AREA (SF)*******


    NOMINAL PIPE SCHEDULE SCHEDULE SCHEDULE SCHEDULE SCHEDULE
    DIAMETER (") 5 10 40 80 160

    0 0 0 0 0 0
    1/4 #N/A 0.00092 0.00072 0.0005 #N/A
    3/8 #N/A 0.00162 0.00133 0.00098 #N/A
    1/2 0.00275 0.00248 0.00211 0.00163 0.00118
    3/4 0.00461 0.00426 0.00371 0.003 0.00206
    1 0.00768 0.00656 0.006 0.00499 0.00362
    1 1/4 0.01277 0.01134 0.0104 0.00891 0.00734
    1 1/2 0.01709 0.01543 0.0141 0.0123 0.00976
    2 0.02749 0.02538 0.0233 0.0205 0.0156
    2 1/2 0.04003 0.03787 0.0332 0.0294 0.0246
    3 0.06063 0.05796 0.0513 0.0458 0.0376
    4 0.10245 0.09898 0.0884 0.0799 0.0645
    6 0.2239 0.2204 0.201 0.181 0.147
    8 0.3855 0.3784 0.347 0.317 0.253
    10 0.5993 0.5922 0.547 0.499 0.394
    12 0.8438 0.8373 0.777 0.706 0.559
    14 1.0219 0.994 0.939 0.852 0.683
    16 1.3393 1.3104 1.2272 1.1171 0.8953
    18 1.7029 1.6703 1.5533 1.418 1.137
    20 2.1004 2.074 1.9302 1.755 1.4071
    24 3.0285 3.012 2.792 2.536 2.034
    30 4.746 4.707

    Page 1

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