Thermal Bridge Heat Transfer and Vapour Diffusion Simulation Program AnTherm Version 5.86 

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Results report

The Results report provides the output related to boundary conditions applied and shows results for coldest surface points of each respective space and includes their temperatures, coordinates and temperature weighting factors also.

Calculation of evaluation results dependant on boundary conditions is requested by applying these values from the Boundary Conditions window. The calculation itself requires a certain length of time, a bit longer for three dimensional models then for two dimensional ones, after which the results report is shown.

For each space the application automatically locates points of lowest surface temperature and outputs its coordinates. Also g-factors are calculated and output (weighting factors g are characteristic for respective points of the construction and their value is independent from boundary conditions applied!).

Along temperatures of coldest surface points the application outputs respective dew point values (maximum non-condensing air humidity) also [1]. Respective values are calculated according to formulas of partial pressure as defined in EN ISO 13788:2002.

The temperature factor f*Rsi will be evaluated against the space with lowest temperature also (that space will be assumed to be "exterior").

The listing of points of lowest space surface temperatures for each space shows point coordinates, the respective surface temperature, the dew point and the temperature factor f*Rsi also.

Remark: In a in two dimensional case temperature factors fRsi will be output in results report in addition to temperature weighting factors g - calculated for points of lowest temperatures of surface of each space. fRsi is calculated according to standard by fRsi = (Tsi - Te)/(Ti - Te).
Remark: The temperature factor fRsi can be used as construction characteristic indicator only when two boundary conditions are applied. When three or more spaces are used the standard requires using of temperature weighting factors g because fRsi is not suitable in such cases!.
 

A report can be:

  • viewed on the screen
  • saved as PDF, XLS, DOC or RTF file
  • printed onto a printer
  • searched by keywords

See Toolbar of a Report window

See also: Coupling Coefficients and Precision report, Toolbar of a Report window, Evaluation windows, Evaluation and Results, Results 3D window, Please Wait window, Temperature Factor fRsi, Probe Points report, EN ISO 10211, EN ISO 13788


 Model, Calculate, Simulate and Analyse Thermal Heat Bridges in 2D and 3D with AnTherm® 

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 Copyright © T.Kornicki Dienstleistungen in EDV & IT

2010-05-21 23:40 +0200