Matches in SemOpenAlex for { <https://semopenalex.org/work/W2792690300> ?p ?o ?g. }
- W2792690300 endingPage "220" @default.
- W2792690300 startingPage "212" @default.
- W2792690300 abstract "This paper reviews current parameterizations developed and implemented within Computational Fluid Dynamics models for the study of the effects linking vegetation, mainly trees, to urban air quality and thermal conditions. In the literature, passive mitigation via deposition is parametrized as a volumetric sink term in the transport equation of pollutants, while a volumetric source term is used for particle resuspension. The aerodynamics effects are modelled via source and sink terms of momentum, turbulent kinetic energy and turbulent dissipation rate. A volumetric cooling power is finally considered to account for the thermal (transpirational cooling) effects of vegetation. The most recent applications are also summarized with a focus on the relative importance of both aerodynamic and deposition effects, together with recent studies evaluating thermal effects. Those studies have shown that the aerodynamic effects of trees are stronger than the positive effects of deposition, however locally the pollutant concentration increases or decreases depending on the complex inter-relation between local factors such as vegetation type and density, meteorological conditions, street geometry, pollutant characteristics and emission rates. Unlike aerodynamic and deposition effects on pollutant dispersion which were also found in street far from trees, the thermal effects were in general locally restricted to the close vicinity of the vegetation and to the street canyon itself. Future requirements in CFD modelling include more in depth investigation of resuspension and thermal effects, as well as of the VOCs emissions and chemical reactions. The overall objective of this review is to provide the scientific community with a comprehensive summary on the current parameterizations of urban vegetation in CFD modelling and constitutes the starting point for the development of new parametrizations in CFD as well as in mesoscale models." @default.
- W2792690300 created "2018-03-29" @default.
- W2792690300 creator A5020890142 @default.
- W2792690300 creator A5040511769 @default.
- W2792690300 creator A5041524563 @default.
- W2792690300 creator A5059847232 @default.
- W2792690300 date "2018-04-01" @default.
- W2792690300 modified "2023-10-16" @default.
- W2792690300 title "Review on urban tree modelling in CFD simulations: Aerodynamic, deposition and thermal effects" @default.
- W2792690300 cites W1014516858 @default.
- W2792690300 cites W1174324219 @default.
- W2792690300 cites W1178327149 @default.
- W2792690300 cites W1636258415 @default.
- W2792690300 cites W1956536026 @default.
- W2792690300 cites W1972976756 @default.
- W2792690300 cites W1978587500 @default.
- W2792690300 cites W1979764625 @default.
- W2792690300 cites W1980374537 @default.
- W2792690300 cites W1980615335 @default.
- W2792690300 cites W1986610704 @default.
- W2792690300 cites W1992115693 @default.
- W2792690300 cites W1995689675 @default.
- W2792690300 cites W1997152145 @default.
- W2792690300 cites W1997397875 @default.
- W2792690300 cites W1998087548 @default.
- W2792690300 cites W1998990193 @default.
- W2792690300 cites W2002202971 @default.
- W2792690300 cites W2002687980 @default.
- W2792690300 cites W2003162901 @default.
- W2792690300 cites W2004695894 @default.
- W2792690300 cites W2004764970 @default.
- W2792690300 cites W2007551563 @default.
- W2792690300 cites W2008373882 @default.
- W2792690300 cites W2010069467 @default.
- W2792690300 cites W2012147967 @default.
- W2792690300 cites W2013023436 @default.
- W2792690300 cites W2016075304 @default.
- W2792690300 cites W2026440399 @default.
- W2792690300 cites W2030516572 @default.
- W2792690300 cites W2031685448 @default.
- W2792690300 cites W2032593358 @default.
- W2792690300 cites W2032602857 @default.
- W2792690300 cites W2034920008 @default.
- W2792690300 cites W2035530351 @default.
- W2792690300 cites W2039506002 @default.
- W2792690300 cites W2041929243 @default.
- W2792690300 cites W2044542806 @default.
- W2792690300 cites W2069672582 @default.
- W2792690300 cites W2074879110 @default.
- W2792690300 cites W2077236690 @default.
- W2792690300 cites W2079232674 @default.
- W2792690300 cites W2083122066 @default.
- W2792690300 cites W2086450648 @default.
- W2792690300 cites W2088772158 @default.
- W2792690300 cites W2096963824 @default.
- W2792690300 cites W2111841011 @default.
- W2792690300 cites W2121623889 @default.
- W2792690300 cites W2122272110 @default.
- W2792690300 cites W2134852844 @default.
- W2792690300 cites W2149792166 @default.
- W2792690300 cites W2150828799 @default.
- W2792690300 cites W2161338401 @default.
- W2792690300 cites W2165740871 @default.
- W2792690300 cites W2215246197 @default.
- W2792690300 cites W2216541570 @default.
- W2792690300 cites W2287789805 @default.
- W2792690300 cites W2296277752 @default.
- W2792690300 cites W2376719506 @default.
- W2792690300 cites W2402172942 @default.
- W2792690300 cites W2406766069 @default.
- W2792690300 cites W2523521978 @default.
- W2792690300 cites W2523682462 @default.
- W2792690300 cites W2530830649 @default.
- W2792690300 cites W2532995389 @default.
- W2792690300 cites W2546325081 @default.
- W2792690300 cites W2580384133 @default.
- W2792690300 cites W2612864158 @default.
- W2792690300 cites W2623172219 @default.
- W2792690300 cites W2737490396 @default.
- W2792690300 cites W2765841114 @default.
- W2792690300 cites W2792091233 @default.
- W2792690300 cites W4242814353 @default.
- W2792690300 cites W872089809 @default.
- W2792690300 doi "https://doi.org/10.1016/j.ufug.2018.03.003" @default.
- W2792690300 hasPublicationYear "2018" @default.
- W2792690300 type Work @default.
- W2792690300 sameAs 2792690300 @default.
- W2792690300 citedByCount "125" @default.
- W2792690300 countsByYear W27926903002018 @default.
- W2792690300 countsByYear W27926903002019 @default.
- W2792690300 countsByYear W27926903002020 @default.
- W2792690300 countsByYear W27926903002021 @default.
- W2792690300 countsByYear W27926903002022 @default.
- W2792690300 countsByYear W27926903002023 @default.
- W2792690300 crossrefType "journal-article" @default.
- W2792690300 hasAuthorship W2792690300A5020890142 @default.
- W2792690300 hasAuthorship W2792690300A5040511769 @default.
- W2792690300 hasAuthorship W2792690300A5041524563 @default.