FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3098556150> ?p ?o ?g. }

• W3098556150 endingPage "582" @default.
• W3098556150 startingPage "571" @default.
• W3098556150 abstract "Abstract Randomly distributed convective storms can self-aggregate in the absence of large-scale forcings. Here we present a 1D shallow-water model to study the convective self-aggregation. This model simulates the dynamics of the planetary boundary layer and represents convection as a triggered process. Once triggered, convection lasts for finite time and occupies finite length. We show that the model can successfully simulate self-aggregation, and that the results are robust to a wide range of parameter values. In the simulations, convection excites gravity waves. The gravity waves then form a standing wave pattern, separating the domain into convectively active and inactive regions. We analyze the available potential energy (APE) budget and show that convection generates APE, providing energy for self-aggregation. By performing dimensional analysis, we develop a scaling theory for the size of convective aggregation, which is set by the gravity wave speed, damping time scale, and number density of convective storms. This paper provides a simple modeling framework to further study convective self-aggregation." @default.
• W3098556150 created "2020-11-23" @default.
• W3098556150 creator A5028212408 @default.
• W3098556150 date "2021-02-01" @default.
• W3098556150 modified "2023-09-23" @default.
• W3098556150 title "A Shallow-Water Model for Convective Self-Aggregation" @default.
• W3098556150 cites W12303940 @default.
• W3098556150 cites W1498891724 @default.
• W3098556150 cites W1535485070 @default.
• W3098556150 cites W1592803384 @default.
• W3098556150 cites W1649657864 @default.
• W3098556150 cites W1892644665 @default.
• W3098556150 cites W1988398164 @default.
• W3098556150 cites W1989638758 @default.
• W3098556150 cites W2004203489 @default.
• W3098556150 cites W2005598978 @default.
• W3098556150 cites W2023128436 @default.
• W3098556150 cites W2031229988 @default.
• W3098556150 cites W2056903736 @default.
• W3098556150 cites W2059050855 @default.
• W3098556150 cites W2077710613 @default.
• W3098556150 cites W2082628835 @default.
• W3098556150 cites W2091159746 @default.
• W3098556150 cites W2108430125 @default.
• W3098556150 cites W2120096119 @default.
• W3098556150 cites W2125898004 @default.
• W3098556150 cites W2130498897 @default.
• W3098556150 cites W2134962195 @default.
• W3098556150 cites W2138820290 @default.
• W3098556150 cites W2142685184 @default.
• W3098556150 cites W2142721512 @default.
• W3098556150 cites W2153609422 @default.
• W3098556150 cites W2161103622 @default.
• W3098556150 cites W2172564770 @default.
• W3098556150 cites W2175480657 @default.
• W3098556150 cites W2179149656 @default.
• W3098556150 cites W2180596393 @default.
• W3098556150 cites W2237178145 @default.
• W3098556150 cites W2287335423 @default.
• W3098556150 cites W2334764892 @default.
• W3098556150 cites W2341511350 @default.
• W3098556150 cites W2391575736 @default.
• W3098556150 cites W2523014656 @default.
• W3098556150 cites W2590850327 @default.
• W3098556150 cites W2590986141 @default.
• W3098556150 cites W2620513537 @default.
• W3098556150 cites W2772744824 @default.
• W3098556150 cites W2790668234 @default.
• W3098556150 cites W2809449225 @default.
• W3098556150 cites W2896786480 @default.
• W3098556150 cites W2905054337 @default.
• W3098556150 cites W2936064819 @default.
• W3098556150 cites W2948527652 @default.
• W3098556150 cites W2968688284 @default.
• W3098556150 cites W2984776965 @default.
• W3098556150 cites W2999399070 @default.
• W3098556150 cites W3023748697 @default.
• W3098556150 cites W3080436015 @default.
• W3098556150 cites W3103063502 @default.
• W3098556150 cites W3205679672 @default.
• W3098556150 cites W67812752 @default.
• W3098556150 doi "https://doi.org/10.1175/jas-d-20-0031.1" @default.
• W3098556150 hasPublicationYear "2021" @default.
• W3098556150 type Work @default.
• W3098556150 sameAs 3098556150 @default.
• W3098556150 citedByCount "13" @default.
• W3098556150 countsByYear W30985561502021 @default.
• W3098556150 countsByYear W30985561502022 @default.
• W3098556150 countsByYear W30985561502023 @default.
• W3098556150 crossrefType "journal-article" @default.
• W3098556150 hasAuthorship W3098556150A5028212408 @default.
• W3098556150 hasBestOaLocation W30985561503 @default.
• W3098556150 hasConcept C10899652 @default.
• W3098556150 hasConcept C121332964 @default.
• W3098556150 hasConcept C127313418 @default.
• W3098556150 hasConcept C189234753 @default.
• W3098556150 hasConcept C54791560 @default.
• W3098556150 hasConcept C57654094 @default.
• W3098556150 hasConcept C57879066 @default.
• W3098556150 hasConcept C61939431 @default.
• W3098556150 hasConcept C8058405 @default.
• W3098556150 hasConceptScore W3098556150C10899652 @default.
• W3098556150 hasConceptScore W3098556150C121332964 @default.
• W3098556150 hasConceptScore W3098556150C127313418 @default.
• W3098556150 hasConceptScore W3098556150C189234753 @default.
• W3098556150 hasConceptScore W3098556150C54791560 @default.
• W3098556150 hasConceptScore W3098556150C57654094 @default.
• W3098556150 hasConceptScore W3098556150C57879066 @default.
• W3098556150 hasConceptScore W3098556150C61939431 @default.
• W3098556150 hasConceptScore W3098556150C8058405 @default.
• W3098556150 hasIssue "2" @default.
• W3098556150 hasLocation W30985561501 @default.
• W3098556150 hasLocation W30985561502 @default.
• W3098556150 hasLocation W30985561503 @default.
• W3098556150 hasLocation W30985561504 @default.
• W3098556150 hasLocation W30985561505 @default.
• W3098556150 hasOpenAccess W3098556150 @default.
• W3098556150 hasPrimaryLocation W30985561501 @default.

• next