Thermal Bridge Heat Transfer & Vapour Diffusion Simulation Program AnTherm Version 6.115 - 8.133 

[ToC]

Timelines

DRAFT DOCUMENTATION

The Timelines window displays timelines of synthetic boundary conditions applied. The window is opened from the Boundary Conditions window.

Timelines Window

TRANSIENT-option: Solving and evaluating time dependant dynamic, periodic problems when heat capacity effects are concerned is only possible with an active TRANSIENT-Option of the program. TRANSIENT Option in AnTherm

The creation of resulting chart involves of following work items which, depending on the complexity of the model, might be time consuming (during the calculation a progress bar shows at the bottom edge of the window):

Timelines of boundary conditions are created by harmonic Fourier synthesis based on effective number of harmonics specified in the Boundary Conditions window.
For power sources a second vertical axis on the right side of the chart is displayed; this axis and curves showing the boundary conditions of power sources are display as dashed lines.

Remark: Values are (re)computed for each time value corresponding to respective pixel or pixel pair position along the time axis. When the window is resized by increasing its width significantly (more then doubled) then the calculation is restarted.

MULTICORE-option: Speeding up computationally intensive jobs by distributing them on multiple processors or processor cores for parallel execution is only possible with an active MULTICORE-Option of the program. MULTICORE Option in AnTherm

The legend provides the identification of patterns shown. A double click on to the legend will change its position relative to the chart area (right, left, top, bottom).

Timelines Chart - the Context MenuContext menu of the Chart

   
Reset Zoom
Ctrl-Z
 
Zoom Enabled  
Zoom X only Enabled  
   
Appearance->Lines Thickier  
Appearance->Lines Thinner  
   
Page Setup...  
Preview...  
Print...
Ctrl-P
 
   
Copy
Ctrl-C
 
Export Image...  
   
 

The mirroring is

Remark: x


 

See also:


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

[ToC

 Copyright © Kornicki Dienstleistungen in EDV & IT

2017-03-22 10:19 +0100