5.3.6. Data and results for partitions<br>

### 5.3.6. Data and results for partitions

“Data and results for partitions” concern all partitions with construction defined in “Partitions definitions”. They have been presented as:

- partition data list,

- partition layers table – presented only for partitions defined as laminar,

- temperature drop diagram – presented only for partitions defined as laminar.

Additionally on the diagram can be presented the layout of water vapour partial pressures in partition, if the User has selected such option in “General data”.

List of partition data contains following information:

Name of partition definition | name of defined partition | [ - ]
Heat transfer coefficient | heat transfer coefficient of partition | [W/m2K]
Description | comment to the partition name | [ - ]
Heat flow direction | heat flow direction depending on partition type | [ - ]
Partition type | type of partition selected from a group of partitions pre-defined in program | [ - ]
Heat transfer resistance (ext.) | heat transfer resistance on external part of partition | [m2K/W]
Heat transfer resistance (int.) | heat transfer resistance on internal part of partition | [m2K/W]

Partition layers table includes following columns:

Layer material | name of partition layer | [ - ]
d | partition layer thickness | [m]
λ | partition layer heat transfer coefficient | [W/m*K]
Cp | specific heat of partition layer | [J/kgK]
ρ | partition layer thickness | [kg/m3]
R | heat resistance of partition layer | [m2K/W]
μ | water vapour diffusion coefficient resistance for layer material | [m*s*Pa/kg]

Temperatures diagram – presented only for partitions defined as laminar. Additionally on the diagram can be presented the layout of water vapour partial pressures in partition, if the User has selected such option in “General data”. Temperature diagram has been presented in form of broken line with colour and type of line specified in legend. In similar way have been presented layout of water vapour partial pressures and water vapour saturation in partition. If these lines intersect each other and apparent water vapour partial pressure exceeds the saturation pressure, then the water vapour condensation occurs in partition. On the chart you can see it as a shading area. Condensation on internal surface of partition has been presented as drops.