Showing posts with label thermal bridge. Show all posts
Showing posts with label thermal bridge. Show all posts

Thursday, 26 August 2010

Release 6 of thermal bridge program AnTherm scheduled for early September 2010

Earlier then expected the new version of the thermal bridging application AnTherm is going to be released by beginning of September 2010.


Stepped up with new runtime environment platform with easy installation and state of the art operating system support it provides highest computational and evaluation performance to the end user.

Commercial high precision visualization technology utilizes fastest multiprocessor and graphics processing unit at highest immersive rendering quality – even in binocular 3D.

Click here to learn more on new AnTherm release…

Wednesday, 28 April 2010

Thermal Bridge Introduction - imagery added to picasaweb

New Imagery of Thermal Bridges has been added to AnTherm's Picasa-Web. It includes thermal bridging effects images shown during introductory sessions on "Building Renovation" at the Danube University in Krems, Austria.

Sunday, 8 November 2009

Updated thermal bridge imagery (created with AnTherm) on picasaweb.com/antherm

Thermal Bridge imagery presented on Picasaweb.com/AnTherm has been lately updated.


Visit http://picasaweb.google.com/antherm to view updated collections and slideshows including standard conformance validation imagery of EN ISO 10211 and EN ISO 10077.

Monday, 31 August 2009

Psi-Value Calculation with AnTherm

As soon as simulation results of a two dimension calculation are available or created in AnTherm the Psi-Value Calculator will pick the value of the coupling coefficient between the two selected spaces automatically.

AnTherm provides the matrix of thermal coupling coefficients resulting from stationary simulation of respective modelled construction. AnTherm shows U-Values for all layered constructs at adiabatic cut-off planes of the modelled component.

The Psi-Value Determination Form is used for automatic calculation of the linear thermal transmittance Psi of the (linear) thermal heat bridge (correction factors Psi (Ψ, LΨ, ) for the currently analysed two dimensional (2D) building component according to the EN ISO 10211 (or EN ISO 10077).

Remark: Psi-Value Determination Form will show disabled if neither automatic nor partly automatic determination is feasible for the particular model.

Sunday, 2 August 2009

Stereoscopic Viewing of three dimensional Thermal Bridges in AnTherm

AnTherm now utilizes stereo viewing capabilities for the three dimensional analysis of thermal bridges in building constructions. In addition to the real time 3D rendering of analyzed objects one can now easily receive immersive experience of real 3D by turning into stereo capable interactive imagery.

Stereo viewing is even possible with very cheap Read-Blue glasses. By utilizing more advanced equipment, such as Crystal-Eyes or NVIDIA 3D Vision glasses, fully immersive stereoscopic 3D experience of colourful visualizations can be made available to nearly any user’s desktop PC.

By a simple click of the mouse AnTherm automatically transforms your PC into full stereoscopic 3D thermal bridge evaluation tool.