FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2884612912> ?p ?o ?g. }

• W2884612912 endingPage "87" @default.
• W2884612912 startingPage "66" @default.
• W2884612912 abstract "This article presents a review on computational fluid dynamics (CFD) applied to urban wind energy exploitation. The content comprises technical CFD aspects relevant for this application and the current state-of-the-art in building aerodynamics applied to urban wind energy. The majority of studies (more than 50% of the respective criteria) used Reynolds-averaged Navier-Stokes (RANS) turbulence models, the commercial solver ANSYS, simulated a full-scale geometry and studied an isolated building. For RANS, at least second order-accurate discretization schemes must be used, to improve turbulence kinetic energy prediction. In large-eddy simulation (LES) studies, a blending scheme is often needed to avoid numerical instability. Urban wind flow is very complex (i.e. detachment, stagnation), and rigorous validation and verification processes are needed, because only sophisticated turbulence models are able to yield acceptable results. The building-roof shape was optimized for the wind energy exploitation attending to both turbulence intensity and wind velocity. Conventional roof and roof edge shapes were studied, as well as the compatibility with the installation of solar panels. Wind turbines sitting was also discussed. Few simulations of wind turbines installed on building roofs were conducted using wind turbine models, whereas real geometries of vertical axis wind turbines were simulated and optimized." @default.
• W2884612912 created "2018-08-03" @default.
• W2884612912 creator A5002171916 @default.
• W2884612912 creator A5022657664 @default.
• W2884612912 creator A5070117387 @default.
• W2884612912 creator A5078428779 @default.
• W2884612912 creator A5086814847 @default.
• W2884612912 date "2018-09-01" @default.
• W2884612912 modified "2023-10-13" @default.
• W2884612912 title "A review of computational fluid dynamics (CFD) simulations of the wind flow around buildings for urban wind energy exploitation" @default.
• W2884612912 cites W1554438449 @default.
• W2884612912 cites W1595241212 @default.
• W2884612912 cites W1657518496 @default.
• W2884612912 cites W1764943829 @default.
• W2884612912 cites W1855866995 @default.
• W2884612912 cites W1965957586 @default.
• W2884612912 cites W1967561906 @default.
• W2884612912 cites W1973550897 @default.
• W2884612912 cites W1974097079 @default.
• W2884612912 cites W1980266375 @default.
• W2884612912 cites W1982412663 @default.
• W2884612912 cites W1983801295 @default.
• W2884612912 cites W1990260176 @default.
• W2884612912 cites W1996337555 @default.
• W2884612912 cites W1996756646 @default.
• W2884612912 cites W1997548962 @default.
• W2884612912 cites W1998686547 @default.
• W2884612912 cites W2002323801 @default.
• W2884612912 cites W2004848494 @default.
• W2884612912 cites W2012720231 @default.
• W2884612912 cites W2013456052 @default.
• W2884612912 cites W2015857439 @default.
• W2884612912 cites W2023564716 @default.
• W2884612912 cites W2038032214 @default.
• W2884612912 cites W2041912820 @default.
• W2884612912 cites W2055113057 @default.
• W2884612912 cites W2057488652 @default.
• W2884612912 cites W2060843763 @default.
• W2884612912 cites W2061499104 @default.
• W2884612912 cites W2062474936 @default.
• W2884612912 cites W2062712788 @default.
• W2884612912 cites W2063422473 @default.
• W2884612912 cites W2064258370 @default.
• W2884612912 cites W2071562292 @default.
• W2884612912 cites W2072684942 @default.
• W2884612912 cites W2073189336 @default.
• W2884612912 cites W2074447412 @default.
• W2884612912 cites W2082068699 @default.
• W2884612912 cites W2093726539 @default.
• W2884612912 cites W2094518506 @default.
• W2884612912 cites W2099728477 @default.
• W2884612912 cites W2110951064 @default.
• W2884612912 cites W2116972055 @default.
• W2884612912 cites W2121484106 @default.
• W2884612912 cites W2121814979 @default.
• W2884612912 cites W2122226481 @default.
• W2884612912 cites W2122277014 @default.
• W2884612912 cites W2123434606 @default.
• W2884612912 cites W2127931614 @default.
• W2884612912 cites W2130523818 @default.
• W2884612912 cites W2132095690 @default.
• W2884612912 cites W2159625232 @default.
• W2884612912 cites W2162743401 @default.
• W2884612912 cites W2165581053 @default.
• W2884612912 cites W2168795429 @default.
• W2884612912 cites W2212797676 @default.
• W2884612912 cites W221452927 @default.
• W2884612912 cites W2218072051 @default.
• W2884612912 cites W2219735784 @default.
• W2884612912 cites W2222420182 @default.
• W2884612912 cites W2258861694 @default.
• W2884612912 cites W2285532094 @default.
• W2884612912 cites W2307146696 @default.
• W2884612912 cites W2321902067 @default.
• W2884612912 cites W2504730106 @default.
• W2884612912 cites W2547352166 @default.
• W2884612912 cites W2547595116 @default.
• W2884612912 cites W2559904835 @default.
• W2884612912 cites W2564211181 @default.
• W2884612912 cites W2591971680 @default.
• W2884612912 cites W2593288927 @default.
• W2884612912 cites W2601560848 @default.
• W2884612912 cites W2611641408 @default.
• W2884612912 cites W2743436406 @default.
• W2884612912 cites W2751273800 @default.
• W2884612912 cites W2754283792 @default.
• W2884612912 cites W2792688910 @default.
• W2884612912 cites W2802629218 @default.
• W2884612912 cites W639131957 @default.
• W2884612912 cites W848119556 @default.
• W2884612912 doi "https://doi.org/10.1016/j.jweia.2018.07.010" @default.
• W2884612912 hasPublicationYear "2018" @default.
• W2884612912 type Work @default.
• W2884612912 sameAs 2884612912 @default.
• W2884612912 citedByCount "78" @default.
• W2884612912 countsByYear W28846129122019 @default.
• W2884612912 countsByYear W28846129122020 @default.
• W2884612912 countsByYear W28846129122021 @default.

• next