modelCylindric_Geometry
Extends from TransiEnt.Storage.Heat.HotWaterStorage_L4.Base.Partial_Geometry (Partial model of storage geometry).
Information
1. Purpose of model
Cylindric geometry for the one dimensional hot water storage. The model delivers shape informations for all segments.
2. Level of detail, physical effects considered, and physical insight
No physical effects considered.
3. Limits of validity
The cylindric geometry is discretize in segments of same height.
4. Interfaces
(no remarks)
5. Nomenclature
Needed
height: Height of storage
nSeg: Number of vertical storage segments (min = 2)
volume_Seg[nSeg]: Volumes of the storage segments
Calculated
A_wall[nSeg](calculated): Areas of wall around the storage segments
A_top(calculated): Top area of storage
A_bottom(calculated): Bottom area of storage
A_cross[nSeg-1](calculated): Cross-sectional areas between the segements of the storage
height_Seg(calculated): Height of one storage segment
6. Governing Equations
(no equations)
7. Remarks for Usage
(no remarks)
8. Validation
(no validation)
9. References
(no remarks)
10. Version History
Model created by Tobias Ramm (tobias.ramm@tuhh.de) on Fri Mar 20 2015
Revised and edited by Lisa Andresen (andresen@tuhh.de), Jun 2015
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| SI.Length | height (from Partial_Geometry) | Height of tank | |
| Integer | nSeg (from Partial_Geometry) | 2 | Number of vertical tank segments |
| SI.Volume[nSeg] | volume_Seg (from Partial_Geometry) | Volume of segments of the tank | |
| SI.Area[nSeg] | A_wall (from Partial_Geometry) | Area of wall around the segments (without top and botom area) | |
| SI.Area | A_top (from Partial_Geometry) | Top Area of Tank | |
| SI.Area | A_bottom (from Partial_Geometry) | Top Area of Tank | |
| SI.Area[nSeg - 1] | A_cross (from Partial_Geometry) | Cross-sectional area of the tank | |
| SI.Length | height_Seg (from Partial_Geometry) | height/nSeg | Height of a tank segment |
| SI.Volume | volume | Volume of Tank | |
| SI.Length | diameter | 2*sqrt(A_top/Modelica.Constants.pi) | Tank diameter (without insulation) |