Multi-zone simulation results on ASE and sDA daylight metrics for parametric high-rise model with quad grid and diagrid facade in a highly dense hypothetical urban district using dry summer climate weather data
The research focuses on optimizing different zones of high-rise buildings in dense urban districts to improve the overall performance. For this reason, a hypothetical dense urban district is generated in Grasshopper 3d Algorithmic Modeling Env (truncated)
Ekici, B. (Creator), Kazanasmaz, T. (Creator), Turrin, M. (Creator), Tasgetiren, F. (Creator), Sariyildiz, S. (Creator) (2020). Multi-zone simulation results on ASE and sDA daylight metrics for parametric high-rise model with quad grid and diagrid facade in a highly dense hypothetical urban district using dry summer climate weather data. TU Delft - 4TU.ResearchData. 10.4121/UUID:8538AC2F-3A78-4923-8FCA-5BEB50017299