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Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself.

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself.itself. The heat transfer equation used by EnergyPlus is:

$Q_c_o_n_d = k*A_f * (T_inside_frame - T_outside_frame)$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_c_o_n_d $Q_cond = k*A_f * (T_inside_frame - T_outside_frame)$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_cond $Q_(cond) = k*A_f * (T_inside_frame - T_outside_frame)$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_(cond) $Q_{cond} = k*A_f * (T_inside_frame - T_outside_frame)$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_{cond} = k*A_f * (T_inside_frame (T_{inside_frame} - T_outside_frame)$T_{outside_frame})$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_{cond} = k*A_f * (T_{inside_frame} (T_{inside frame} - T_{outside_frame})$T_{outside frame})$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_{cond} = k*A_f * (T_{inside frame} (T_{frame, inside} - T_{outside frame})$T_{frame, outside})$

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.

Yes, this is essentially the same as U-value. This is the conduction heat transfer per area of window frame or divider that is projected onto the same plane as the window itself. The heat transfer equation used by EnergyPlus is:

$Q_{cond} = k*A_f * (T_{frame, inside} - T_{frame, outside})$

Where $k$ is the frame conductance input you are asking about. This equation also applies to the window divider conductance input.

You can read more about window frame and divider heat transfer calculations used by EnergyPlus here, as well as refer to this other Unmet Hours post that has a good discussion about this topic.