Enhancing visual comfort with Miura-ori-based responsive facade model

Optimizing the Shading Device Configuration of Kinetic Façades through Daylighting Performance Assessment

“…Propose an integrated, systematic framework that supports kinetic façades' performance design and decision-making from the projects' early design stages MOEA, NSGAII, PAES Not mentioned [21] Evaluate EUI and UDI for the best louver configuration scenario for three Canadian cities R, G, NSGA-II 9:00-17:00 [22] Find the optimal level of the window area with a squared geometry rotational kinematic model with a horizontal axis in the south façade of an office building in Tehran R, G, H, L 8:00-16:00 of 21st of Mar, Jun, and Dec [23] Model and simulate a responsive façade incorporating Miura-ori techniques to enhance visual comfort for building occupants by considering their location and environmental conditions R, G, H, Energy Plus, D, BCMO 9:00, 12:00, 15:00 of 21st of Mar, Jun, and Dec [26] Utilizes an EnergyPlus-based optimization approach to optimize the specifications and control parameters of smart shading blinds, resulting in significant reductions in building energy consumption, discomfort glare index (DGI), and predicted percentage of dissatisfied occupants (PPD) R, G, Energy Plus, NSGA-II Not mentioned * R: Rhinoceros ® ; G: Grasshopper; D: DIVA; H: Honeybee; L: Lady Bug.…”