Trosifol GlasGlobal follows in the wake of Trosifol WinSLT
Trosifol GlasGlobal is a new app for performing structural analysis for glass. Developed by Trosifol partner Sommer Informatik, it supplies the user – after simple, user-friendly inputs – with a calculation of glass thickness in accordance with DIN 18008, Parts 1 and 2, and ASTM E1300 (U.S.). A builder of conservatories, for instance, can determine the minimum glass thickness required in a certain installation location.
Supplementing the full desktop version from Sommer Informatik, Trosifol GlasGlobal is also available as a mobile app for Android or IOS smartphones. It can deliver the exact dimensioning for a wide range of glazing applications and structural analysis.
The app takes many different parameters into account: overhead and vertical glazing, wind and snow loads, local heights, glass thickness optimization, shear coupling, for symmetrical and asymmetrical laminated safety glass, etc. Verification of loads is performed in accordance with DIN EN 1991-1.
The interface is straightforward and user-friendly. In the input screen, pane composition and geometry, wind and snow loads, size, and angle of installation can be entered swiftly and reliably on the move on, say, a construction site. The user then presses the “Calculate” button to obtain the desired analysis. If the outcome fails to satisfy requirements, the inputs can be adjusted to initiate a new simulation on the basis of different parameters. The app is also ideal for optimizing the analysis. Users can see how the...
Supplementing the full desktop version from Sommer Informatik, Trosifol GlasGlobal is also available as a mobile app for Android or IOS smartphones. It can deliver the exact dimensioning for a wide range of glazing applications and structural analysis.
The app takes many different parameters into account: overhead and vertical glazing, wind and snow loads, local heights, glass thickness optimization, shear coupling, for symmetrical and asymmetrical laminated safety glass, etc. Verification of loads is performed in accordance with DIN EN 1991-1.
The interface is straightforward and user-friendly. In the input screen, pane composition and geometry, wind and snow loads, size, and angle of installation can be entered swiftly and reliably on the move on, say, a construction site. The user then presses the “Calculate” button to obtain the desired analysis. If the outcome fails to satisfy requirements, the inputs can be adjusted to initiate a new simulation on the basis of different parameters. The app is also ideal for optimizing the analysis. Users can see how the...
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