Urban Building Layouts Directly Dictate Wind Speeds Around High-Rise Structures
Simulations reveal that surrounding building density and height non-linearly alter airflow around central high-rise towers.
Simulations reveal that surrounding building density and height non-linearly alter airflow around central high-rise towers.
A quantitative study combining urban morphology and graph theory reveals how standardized courtyard units and historical building codes generated distinct ...
A computational study of residential layouts in Nanjing demonstrates that three-dimensional urban profiles and building configurations directly control how deeply ...
Explainable artificial intelligence reveals key building density and traffic thresholds governing urban heat island intensity in a high-density northern Chinese ...
A systematic assessment of seventeen urban evolutionary theories indicates that French regulation theory and urban niche theory provide the strongest ...
A new living metric based on road betweenness separates organically grown cities from planned grids, while procedurally generated layouts show ...
A GIS-based study of six Russian cities identifies seven post-Soviet transformation scenarios and finds that large-scale, high-rise redevelopment most severely ...
A study of five historic districts in Xun County, China, combines space syntax with agent-based crowd simulation to quantify where ...
In an era marked by escalating environmental uncertainties, the interplay between urban design and natural hazards has become a critical ...
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