Inviato da GiuliaGentile il Lun, 24/03/2014 - 15:40
For the second I carried out the solar radiation of my building. I performed the analysis of today setting “single-day” and I noted the North-East façade is the less exposed to the solar radiation, this is so also in the “multi-day” analysis during winter, summer, spring and fall.
In the analysis of the single day (March 24th 2014) the South-East facade has a mean solar radiation<0.9, while the North-West facade has a good radiation. The surface of the roof has a solar radiation between 0.9 and 1.8kWatt/mq.
Inviato da Ebru Sevik il Lun, 24/03/2014 - 14:20
Inviato da francosalvati il Lun, 24/03/2014 - 13:03
The second exercise was about the analysis of the solar radiation of the building we live in different periods of the year. Moreover, with this exercise we have to slightly increase the detail level of our design on Vasari.
The periods i chose to test are five, proved by the same number of pictures.
1) Winter: analysis carried out between December, the 21st 2013 and March, the 20th 2014.
2) Spring: reference period is between March, the 20th 2014 and June, the 21st 2014.
Inviato da EnricaG il Lun, 24/03/2014 - 12:19
Inviato da Giulio.Cuccurullo il Lun, 24/03/2014 - 11:31
Buongiorno,
dopo aver studiato l'ombreggiamento dell'edificio preso in esame, ora passiamo ad un'analisi dell'incidenza della radiazione solare su di esso.
Per fare questo riapriamo il modello 3d precendentemente elaborato e arricchiamo il nostro edificio con i dettagli degli aggetti, in particolare i balconi, i cornicioni e la loggia dell'ultimo piano.
Pagine