HTML summary data

The following sections list the boundary conditions or other data and their corresponding values in the -_data.html file. For a transient solution, all data is stored for each time step. For steady-state solution, all data is stored at the final iteration.

Thermal Stream load data

The following table describes the data stored for each Thermal Stream load in the model.

Data	Type	Description
Tin	Temperature	Displays the stream inlet fluid temperature.
Tout	Temperature	Displays the stream outlet fluid temperature.
TrelOut-A	Temperature	Displays the outlet relative temperature on side A. The relative temperature allows for the rotational effects due to the swirl velocity.
TrelOut-B	Temperature	Displays the outlet relative temperature on side B. The relative temperature allows for the rotational effects due to the swirl velocity. For one-sided stream types, this value is zero.
Pout	Pressure	Displays the stream outlet fluid pressure.
Mout	Mass flow	Displays the stream outlet mass flow.
Dir	Flow direction	Displays the flow direction.
THR-A	Heat rise	Displays the total heat rise on side A.
THR-B	Heat rise	Displays the total heat rise on side B. For one-sided stream types, this value is zero.
CHR-A	Heat rise	Displays the convective heat rise on side A.
CHR-B	Heat rise	Displays the convective heat rise on side B. For one-sided stream types, this value is zero.
AREAC	Area	Displays the total corrected convective area.
AREAC-A	Area	Displays the corrected convective area on side A. For one-sided stream types, this value is the same as for AREAC.
AREAC-B	Area	Displays the corrected convective area on side B. For one-sided stream types, this value is zero.
SVout-A	Swirl velocity	Displays the outlet swirl velocity on side A.
SVout-B	Swirl velocity	Displays the outlet swirl velocity on side B. For one-sided stream types, this value is zero.

Thermal Convecting Zone load data

The following table describes the data stored for each Thermal Convecting Zone load in the model.

Data	Type	Description
Tmax	Temperature	Displays the maximum temperature on the wall.
Trel-max	Temperature	Displays the maximum relative temperature on the wall. The relative temperature allows for the rotational effects due to the swirl velocity.
Pmax	Pressure	Displays the maximum pressure.
THR	Heat rise	Displays the total heat rise.
AREAC	Area	Displays the corrected convective area.
SVmax	Swirl velocity	Displays the maximum swirl velocity.

Thermal Void load data

The following table describes the data stored for each Thermal Void load in the model.

Data	Type	Description
Tmax	Temperature	Displays the maximum temperature on the wall.
Trel-max	Temperature	Displays the maximum relative temperature on the wall. The relative temperature allows for the rotational effects due to the swirl velocity.
Pmax	Pressure	Displays the maximum pressure on the wall.
THR	Heat rise	Displays the total heat rise.
CHR	Heat rise	Displays the convective heat rise.
AREAC	Area	Displays the corrected convective area.
SVmax	Swirl velocity	Displays the maximum swirl velocity.

Immersed Duct simulation object data

The following table describes the data stored for each Immersed Duct simulation object in the model.

Data	Type	Description
CHR	Heat rise	Displays the convective heat rise.
AREAC	Area	Displays the convective area.

How do I

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Thermal Stream

Thermal Convecting Zone

Thermal Void

Immersed Ducts

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HTML summary data, Simcenter 3D 2021.1 Series

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