The challenge of the urban thermal environment stands as a pivotal obstacle in enhancing urban habitation, with its most conspicuous manifestation occurring during the summer months. The urban configuration intertwines with the thermal milieu, and its meticulous refinement is critical to ameliorating thermal conditions. Notably, streets, constituting two-thirds of the urban expanse, assume paramount importance. Delving into the nexus between street interface morphology and the thermal environment carries practical implications. The current corpus of street form research exhibits a conspicuous ...
