| Keywords |
Double-skin ; Computational fluid dynamics ; Simulation ; Thermal environment ; Natural ventilation |
| Abstract |
The study was intended to analyze the temperature distribution inside the double-skin system in summertime and to that end, measuring the temperature inside the facade double-skin system and simulation were conducted. Included in the temperature measurement were surface temperature of exterior window, air temperature inside the cavity of double-skin system, temperature of building window and the temperature of exterior skin of the building. Using the temperature and air velocity measured at the end as the parameter, simulation of temperature distribution inside the double-skin was carried out, which proved that the faster the velocity of air flow at the end of double-skin the lower the temperature distribution inside the double-skin. |