def METHOD_NAME():
    time_set = [0]
    zfaces = np.linspace(0, 1, 8).tolist()
    xfaces = np.linspace(0, 1, 12).tolist()
    m = soc_testing._cell_flowsheet_model(
        dynamic=False,
        time_set=time_set,
        zfaces=zfaces,
    )
    iznodes = m.fs.iznodes
    tset = m.fs.config.time
    m.fs.temperature_deviation_x0 = pyo.Var(
        tset, iznodes, initialize=0, units=pyo.units.K
    )
    m.fs.heat_flux_x0 = pyo.Var(
        tset, iznodes, initialize=0, units=pyo.units.W / pyo.units.m**2
    )
    m.fs.temperature_deviation_x1 = pyo.Var(
        tset, iznodes, initialize=0, units=pyo.units.K
    )
    m.fs.heat_flux_x1 = pyo.Var(
        tset, iznodes, initialize=0, units=pyo.units.W / pyo.units.m**2
    )
    m.fs.slab = soc.SocConductiveSlab(
        has_holdup=True,
        control_volume_zfaces=zfaces,
        control_volume_xfaces=xfaces,
        length_z=m.fs.length_z,
        length_y=m.fs.length_y,
        current_density=m.fs.current_density,
        temperature_z=m.fs.temperature_z,
        temperature_deviation_x0=m.fs.temperature_deviation_x0,
        heat_flux_x0=m.fs.heat_flux_x0,
        temperature_deviation_x1=m.fs.temperature_deviation_x1,
        heat_flux_x1=m.fs.heat_flux_x1,
    )
    m.fs.temperature_deviation_x0.fix(0)
    m.fs.heat_flux_x0.fix(0)
    m.fs.slab.length_x.fix(1.4e-4)
    m.fs.slab.heat_capacity.fix(470)
    m.fs.slab.density.fix(5160)
    m.fs.slab.thermal_conductivity.fix(2.16)
    m.fs.slab.resistivity_log_preexponential_factor.fix(pyo.log(1.07e-4))
    m.fs.slab.resistivity_thermal_exponent_dividend.fix(7237)
    return m