The thermal bridge analysis and reporting application
analyse and present
Unique reporting with automatically generated and individually designed reports
Unique reporting with automatically generated and individually designed reports
flixo supports the new version of the standard EN ISO 10077-2 and corresponds to all current standards for the calculation of thermal bridges. The new calculation method EN ISO 10077-2:2017 has been implemented by infomind in 2011. The validation examples have been calculated with flixo among others.
Numerous certifying bodies in diverse countries like ift, BFH, ITC CNR or CSTB use flixo.
flixo lets you create individual reports and vizualize weak points with the help of isotherms, temperature curves and streamlines. You can create, use and assign compagny and user specific document templates like in Microsoft Office products. Several tools and wizards are available to help you to calculate key values and to vizualize them in a customizable manner.
The CAD-based input of constructions, the import of DXF-files and databases with more than 3000 materials, boundary conditions and components reduce the input time. The graphic display of results, the simple creating of variants in the same file as well as the customizable designing of report pages lead to optimal results in a short time.
Multiple documents can be opened at the same time and data can be copied from one to the other.
A document can contain multiple models. This lets you display multiple constructions or related calculations in one report.
The same report can be displayed and printed in multiple languages.
Calculation of the humidity distribution inside a construction according to Glaser
According to the standard EN ISO 10211 each construction has to be calculated at least 2 times with different grid options. flixo can do this automatically.
Results can optionally be displayed with all formulas, interim results, parameters and measurements.
Calculations of characteristic values can be linked to other calculations. Changes in the results will be considered automatically.
Predefined and individually parametrized objects can be used to calculate variants quickly and to create and use components for similar purposes.
Components from the extendable component database speed up the input of a construction.
Creation of model variants applying user defined rules. Changes in the source model will be propagated automatically to all derived models.
Extensive material and boundary condition data from different norms are included in the extendable databases.
Intelligent objects and wizards simplify standardized input and evaluation.