TNO Intern

Commit d6b818b3 authored by Zanne Korevaar's avatar Zanne Korevaar
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Adjust unit for gzb in docs and docstrings from W/m to W

parent 71307cd9
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@@ -289,7 +289,7 @@ samples.
| k_s       | Subsurface thermal conductivity                       | W/mK  | time or time; zseg |                                             |
| qloop     | Consumed power by the fluid circulation pump          | W     | time               |                                             |
| qsign     | Sign of heat flow                                     |       | time               | Sign indicates heat extraction or injection |
| qzb       | Subsurface heat flow                                  | W/m   | time; zseg         |                                             |
| qzb       | Subsurface heat flow                                  | W     | time; zseg         |                                             |
| nPipes    | Number of pipes                                       |       |                    | Coördinates for the nPipes dimension        |
| time      | Simulation timesteps                                  | hours |                    | Coördinates for the time dimension          |
| z         | Depth for top and bottom of simulation depth segments | m     |                    | Coördinates for the depth dimension         |
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@@ -243,7 +243,7 @@ class SingleRunResult:
            Fluid temperature as function of time, depth and pipe index [°C].
            Shape: (n_time, n_depth_nodes, nPipes)
        qzb : np.ndarray
            Distributed heat flux at borehole wall [W/m].
            Distributed heat flux at borehole wall [W].
            Shape: (n_time, n_depth_segments)
        Re_in : np.ndarray
            Reynolds number in inlet pipes over time [-].
@@ -566,7 +566,7 @@ class SingleRun:
            - T_f : ndarray of shape (nt, npipes, nz)
                Fluid temperature in pipes [°C].
            - qzb : ndarray of shape (nt, nseg)
                Heat flux along the borehole wall [W/m].
                Heat flux along the borehole wall [W].
            - k_s : ndarray of shape (nseg,)
                Soil conductivity interpolated over segments.
            - k_g : ndarray of shape (nseg,)
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@@ -10,7 +10,7 @@ units_dict = {
    "z": "m",
    "T_b": "\u00b0C",
    "T_f": "\u00b0C",
    "qzb": "W/m",
    "qzb": "W",
    "k_g": "W/mK",
    "k_p": "W/mK",
    "m_flow": "kg/s",
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@@ -111,7 +111,7 @@ class B2G:
        T_f : ndarray
            Pipe fluid temperature field [°C].
        qzb : ndarray
            Vertical heat flux along borehole [W/m].
            Vertical heat flux along borehole [W].
        h_fpipes : ndarray
            Convective film coefficients for each pipe.
        result : ndarray