Catálogo de publicaciones - libros

Palabras clave – provistas por la editorial

natural ventilation hour; concentration fluctuation; n/a; particle number concentration (PNC); passive ventilation; air change rate per hour (ACH); traffic tidal flow; urban air quality; small open space; flow and turbulence profiles; nanoparticles; Computational Fluid Dynamics (CFD); validation; air quality; high emitting vehicles; air change rate (ACH); pollutant dispersion; sampling; highly-reflective building envelope; building arrangements; residential building; urban street canyon; seasonal variation; BEopt analysis; Large Eddy Simulation (LES); residential wind environments; CFD; street-level ventilation; Japan cities; indoor-outdoor; ventilation; coherent structures; inter-building effect; outdoor ventilation; hypothetical urban areas; surrogate model; ultrafine particles (UFP); building–tree grouping patterns; aerodynamic and deposition; numerical simulation; street vegetation; wind catcher; urban air quality modelling; thermal comfort; on-road air quality; pedestrian exposure; street canyon; mobile laboratory; Natural Ventilation Potential (NVP); dispersion; schematic urban environment; air flow; concentration decay method; source apportionment; urban planning; Total Suspended Particles (TSP); natural ventilation; optimisation; mass concentration; ventilation assessment; road tunnel; heat loss; multiple linear regression; computational fluid dynamics (CFD); tree scenarios; wind pressure coefficient; vehicular pollution; urban morphology; wind environment; the age of air; wind tunnel; building site coverage; climate zone; architectural intervention; convective boundary layer; ventilation system; wind-tunnel dataset; urban age of air; building energy use; non-uniform distribution of the pollution source; urban layout; pollutant removal; space pattern; PM2.5; data assimilation; water channel experiment; CFD simulation; airflow network; ventilation efficiency; traffic composition; wind enhancement; intake fraction; carbon dioxide concentration; CFD model; PM10; computational fluid dynamic (CFD) simulation; ventilation effectiveness; LES