Within the bounds of climate change, it is legitimate to expect that buildings will be developed to mitigate and adapt to environmental transitions. In this context, façades are essential as they are not the only determinants in reducing energy demand, but could increase the livability of indoor and outdoor spaces. Being that there are several simulation tools which allow indoor comfort simulation, and a few that enable outdoor comfort simulation, it is rare to find tools that allow simulation of both. Filling this particular gap, the present research develops a Ladybug Tools based digital workflow, which simultaneously accounts for the indoor and outdoor thermal and visual effects of façade designs. Once created, the workflow is tested and calibrated against indoor and outdoor Mean Radiant Temperature and Illuminance measurements, via the use of a test room equipped with sensors. It is concluded that the workflow is a reliable tool for the design of façades intended as a dual climate giver, for both the indoor and the outdoor.
|Titolo:||A parametric workflow to conceive facades as indoor and outdoor climate givers|
NABONI, Emanuele (Corresponding)
|Data di pubblicazione:||2019|
|Appare nelle tipologie:||2.1 Contributo in volume(Capitolo di libro)|