Table of contents
Copyright
License Terms and Conditions of Use
- Acknowledgments and Additional Terms of Use
  - Crystal Reports Runtime Copyright & License Notice
Validation according to EN ISO 10211:2007
Validation according to EN ISO 10077-2:2003
System requirements
Short reference
Installation of the software
- Installation of MS .NET Runtime and further prerequisite components
- License file AnTherm.HID
Introduction
- Two- and Three-Dimensional heat flow Patterns
- Multidimensional Vapour Diffusion
- European Standards on Thermal Heat Bridges
- Structure of the program
- The input branch
- Elements of the building component
- The Building Component
- Element overlapping
- The Space (Room) and the Surface
- The heat source (power source)
- Creating the Grid (Gridding)
- The Calculation (Solver)
- The Over-Relaxation
- Evaluation of results
Country specific localisation
Starting AnTherm
Project types
Coordinate system
Results and Evaluation
Primary Concepts
- Environmental Factors
- Thermal Transmission
- Conductance
- Linear and Point Transmittance
- Surface Temperatures
- Weighting Factors
- Graphic Representation
- Method of Analysis
- Calculation Model
- Numerical Solution
Main application window
- Main menu
Editing windows (Input windows)
- Description - window
- Element selection (browser) - window
- Elements 2D - window
- Element Editor
- Context menu of element editing
- Layer selection window
- Layer Editor window
- Materials & Surfaces window
- Materials window
- Material Editor window
- Materials Database window
  - Baustoffkatalog ON V 31
  - Material Database baubook
  - Material Database BPHDB.COM
- Surfaces window
- Surface Editor window
- Transforms (Rotate, Mirror, Translate, Stretch, ...) window
  - Translate window
  - Stretch window
  - Rotate / Mirror window
  - Rotate window
  - Mirror window
- Elements 3D window
- Elements 23 window
- Status Report window
- Boundary Conditions window
- Probe Points window
- Psi-Value Calculator (Tool)
- U-Value Calculator (Tool)
- Air Cavity Calculator (Tool)
- Condensing Humidity (dew point) Calculator (Tool)
- Expression Evaluator (Tool)
Evaluation & Results windows
- Data-Entry report
- Modelling report
- Solver window
- Coupling Coefficients and Precision report
- Psi-Value Determination (Calculate Ψ-Value)
- Boundary Conditions window
- Results report
- Results 3D window
- Probe Points window
- Probe Points report
- Results3D Parameter window
- Isometries window
Dialog windows
- Snap-To-Grid parameter
- Assign To Group Dialog
- Fine-Grid parameter
- Solver parameter
- About dialog window
- Simulation folder cleaner
- Please Wait window
- Tip Of The Day
Further control elements
- Toolbar of a Report window
- 3D Navigation within 3D windows
  - Trackball and Joystick Rotation
- Solid or Wireframe model (setting)
- Background colour (setting)
- More Light (setting)
- Copy image to clipboard (command)
Working with files
- User specific Logo file
- Standard project template file projekt.xml
- Initial template of window positions AnTherm.exe.LayoutPersistence.xml
- Colour setting file LambdaToColor.ColorList
- Import of WAEBRU component file
- Import of Heat2 input file
- Import of Heat3 text input file
- Import of Kobru86 file
- Import of DXF file
  - Requirements to import DXF file
- Import of Image file (Image Underlay)
- Export to CSV file
- Export image to file
- Export 3D scene to file
Application settings
- Settings file AnTherm.exe.Settings.xml
Theoretical background
- On calculation of Ψ-values (Psi) for a 3 space case: Special consideration: Unheated Spaces
- Heat Bridges by Heindl, Kreč, Panzhauser, Sigmund
- On condensing humidity (dew point)
- Calculating equivalent thermal transfer coefficient of air cavities
- On calculation of Ψ-values for building constructions in connection with ground
- Temperature factor fRsi
- Multidimensional vapour diffusion processes
- Methods of thermal heat bridge survey in international perspective
- On three dimensional simulation of thermal behaviour of buildings
- On visualization of heat and vapour diffusion stream in three dimensional models
- The building envelope as thermal heat bridge
- The super - refinement
Tutorials and Cookbooks
- Introductory tutorial
- Advanced Tutorial
- Example images
- Example: Results repot (edited)
- Example: Coupling Coefficients report (edited)
FAQ - Questions & Answers
Supplement
- Install/1400x1050_AnTherm_Screen.png
- Install/1024x768.png
- Install/1280x1024.png
- Install/1600x1200.png
- Install/1600x1200_transparent.png
- Forms/ElementBrowserForm/ElementBrowserForm.png
- Forms/ElementBrowserForm/ElementBrowserForm_Context.png
- Tutorials/tutor01/00_Start.MainForm.png
- Forms/MainForm/MainForm.png
- Forms/Elements2DForm/Elements2DForm.png
- Forms/Elements23Form/Elements23Form.png
- Forms/FineGridParamsForm/FineGridParamsForm.png
- Forms/SolverParamsForm/SolverParamsForm.png
- Forms/Result3DForm/Result3DForm.png
- Forms/SettingsForm/SettingsForm.png
- Forms/SolutionFolderCleanerForm/SolutionFolderCleanerForm.png
- Methoden der Erfassung von Wärmebrücken im internationalen Vergleich (PDF)
- Zur dreidimensionalen Simulation des thermischen Verhaltens von Gebäuden (PDF)
- Die Gebäudehülle als Wärmebrücke (PDF)
- Berechnungsgrundlagen zur Beschreibung mehrdimensional ablaufender Wasserdampf-Diffusionsvorgänge (PDF)
- Berechnung äquivalenter Wärmeleitfähigkeiten für Hohlräume (PDF)
- On calculation of Ψ-values for building constructions in connection with ground (PDF)
- On calculation of Ψ-values (Psi) for a 3 space case: Special consideration: Unheated spaces (PDF)
- Forms/RegisterUnderlayImage/RegisterUnderlayImage.png

Model, Calculate, Simulate and Analyse Thermal Heat Bridges in 2D and 3D with AnTherm®		[ ↑ ] [ → ] [ToC]
Copyright © T.Kornicki Dienstleistungen in EDV & IT		2010-08-26 14:42 +0200

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