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    Rossetto

    Uploaded by

    Davide Silvestri
    The document contains tabular data with variables such as Delta_cc, Kipo, A, Cmin, NTU, Ft, Delta_eff, K, and epsilon. The data explores different values for these variables, with Cmin consistently listed as 2193.975. Additionally, the document contains plots showing relationships between NTU and Ft, and temperature and heat transfer coefficient.

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    Attribution Non-Commercial (BY-NC)
    Download as XLSX, PDF, TXT or read online from Scribd

    Rossetto

    Uploaded by

    Davide Silvestri
    11 views9 pages
    The document contains tabular data with variables such as Delta_cc, Kipo, A, Cmin, NTU, Ft, Delta_eff, K, and epsilon. The data explores different values for these variables, with Cmin consistently listed as 2193.975. Additionally, the document contains plots showing relationships between NTU and Ft, and temperature and heat transfer coefficient.

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    Original Title

    rossetto

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    © Attribution Non-Commercial (BY-NC)

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    The document contains tabular data with variables such as Delta_cc, Kipo, A, Cmin, NTU, Ft, Delta_eff, K, and epsilon. The data explores different values for these variables, with Cmin consistently listed as 2193.975. Additionally, the document contains plots showing relationships between NTU and Ft, and temperature and heat transfer coefficient.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as XLSX, PDF, TXT or read online from Scribd
    Download as xlsx, pdf, or txt
    11 views9 pages

    Rossetto

    Uploaded by

    Davide Silvestri
    The document contains tabular data with variables such as Delta_cc, Kipo, A, Cmin, NTU, Ft, Delta_eff, K, and epsilon. The data explores different values for these variables, with Cmin consistently listed as 2193.975. Additionally, the document contains plots showing relationships between NTU and Ft, and temperature and heat transfer coefficient.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as XLSX, PDF, TXT or read online from Scribd
    Download as xlsx, pdf, or txt
    of 9

    q Delta_cc Kipo A Cmin NTU Ft Delta_eff K epsilon

    16050 10.18 10000 0.475 2193.975 2.1650201 0.9306861 9.474385 3566.4029 -6433.597
    16050 10.18 5000 0.475 2193.975 1.0825101 0.9623822 9.797051 3448.9433 -1551.057
    16050 10.18 4000 0.475 2193.975 0.866008 0.969312 9.867597 3424.2861 -575.7139
    16050 10.18 3500 0.475 2193.975 0.757757 0.9728508 9.903621 3411.8303 -88.16974
    16050 10.18 3400 0.475 2193.975 0.7361068 0.9735644 9.910886 3409.3293 9.329283
    16050 10.18 3450 0.475 2193.975 0.7469319 0.9732074 9.907251 3410.5802 -39.41982
    16050 10.18 3410 0.475 2193.975 0.7382719 0.973493 9.910159 3409.5795 -0.420474
    16050 10.18 10000 0.475 2193.975 2.1650201 0.9306861 9.474385 3566.4029 -6433.597
    16050 10.18 10000 0.475 2193.975 2.1650201 0.9306861 9.474385 3566.4029 -6433.597
    16050 10.18 10000 0.475 2193.975 2.1650201 0.9306861 9.474385 3566.4029 -6433.597

    1.05

    NTU Ft
    1
    0.2 0.9923 f(x) = 0.002112108080952 x² − 0.036050767487664 x + 0.998998648119013
    R² = 0.999964337184584
    0.4 0.985 0.95
    0.6 0.978
    Column B
    0.8 0.9713 Polynomial (Column B)
    1 0.9648 0.9
    1.5 0.9495
    2 0.9353 0.85
    3 0.9101
    4 0.8889
    5 0.8713 0.8
    0 1 2 3 4 5 6
    2193.975 <--Cmin

    8648119013

    al (Column B)
    q Delta_cc Kipo A Cmin NTU Ft Delta_eff K epsilon
    16050 10.18 10000 0.475 2193.975 2.16502 0.930686 9.474385 3566.403 -6433.597
    16050 10.18 5000 0.475 2193.975 1.08251 0.962382 9.797051 3448.943 -1551.057
    16050 10.18 4000 0.475 2193.975 0.866008 0.969312 9.867597 3424.286 -575.7139
    16050 10.18 3500 0.475 2193.975 0.757757 0.972851 9.903621 3411.83 -88.16974
    16050 10.18 3400 0.475 2193.975 0.736107 0.973564 9.910886 3409.329 9.329283
    16050 10.18 3450 0.475 2193.975 0.746932 0.973207 9.907251 3410.58 -39.41982
    16050 10.18 3410 0.475 2193.975 0.738272 0.973493 9.910159 3409.58 -0.420474
    16050 10.18 10000 0.475 2193.975 2.16502 0.930686 9.474385 3566.403 -6433.597
    16050 10.18 10000 0.475 2193.975 2.16502 0.930686 9.474385 3566.403 -6433.597
    16050 10.18 10000 0.475 2193.975 2.16502 0.930686 9.474385 3566.403 -6433.597
    2193.975 <--Cmin
    q Delta_cc Kipo A Cmin NTU Ft Delta_eff K epsilon
    18065 8.98 10000 0.475 3781.764 1.256028 0.95697 8.593594 4425.573 -5574.427
    ? <--Cmin
    d_h s lam_p K ro mu1 cp1 lambda1 Re' mu2
    0.0038 5E-05 16 3410 997 8.67E-04 4179 0.61235 1205.5 1.11E-03
    0.0038 5E-05 16 4320 997 9.09E-04 4180 0.60929 1622 1.13E-03

    7.5

    7.4
    f(x) = 1.37321207336025 x + 2.298074095230
    R² = 1
    7.3

    7.2

    7.1

    6.9
    3.45 3.5 3.55 3.6 3.65 3.7 3.
    cp2 lambda2 Re'' Pr' Pr'' A' A'' Re F ln(Re)
    4187 0.5967 1130.5 2.22E+00 2.77E+00 4.77E-03 4.55E-03 1168 32.13506 7.063048
    4188 0.5953 1593 2.31E+00 2.82E+00 4.73E-03 4.53E-03 1607.5 40.54984 7.382435

    9.95525 <--C
    1.3732 <--m

    207336025 x + 2.29807409523048

    Column T
    Linear (Column T)

    5 3.6 3.65 3.7 3.75


    ln(F)
    3.469948
    3.702532

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