Bauklimatik Dresden Software

Hello, In order to have an idea for the temperature difference over a air gap you can make a simulation with standard properties first and se what differences you have. Its only a guess but better than nothing. For a ventilated air gap you can use the source 'Air exchange with ambient air..'. Here y...

Ok, there is a bug in the calculation algorithm for the mould risk times in isopleth model. I will fix it and send you a link to the new version by email. I will also put the new version on our server for download as soon as possible.

Hello,

Nothing is missing and I can run the calculation. But my isopleth charts look different. Do you used averaging? Do you have limited the isoplet points to a certain time period?

and I will check the code.

Hello,

May you can attach also the project file. I would like to recalculate the results in order to evaluate what happens here.

Hello,

The model parameter should only be used in the case you have your model for moisture storage function. If you create your storage function by data sets you don't need this sections.

Hello, The anisotropic modelling is not fully implemented. We don't have a tutorial and also no possibilities for setting properties in GUI. In order to set the directions you need to set a parameter in the assignment area of the project file. Here an example: <Assignment type="Material" l...

Ok, you can find an explanation of all output quantities in the output tutorial:
see here: https://www.bauklimatik-dresden.de/delp ... for_fluxes

Hello, It depends on the selected kind. For kind 'Exchange coefficient', the exchange coefficient is constant. For the kind 'Boundary layer' we use the following function: h = h0 + c * v ^ e v is the air velocity. h0, c and e are coefficients. Here is a picture of the corresponding boundary conditio...

Hello,

Salt mass density means salt crystals. kg/m3 means kg salt crystals per m3 materials. This unit cannot be converted into molality