FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945493418> ?p ?o ?g. }

• W2945493418 endingPage "37" @default.
• W2945493418 startingPage "11" @default.
• W2945493418 abstract "Abstract Results from computational morphodynamics modeling of coupled flow–bed–sediment systems are described for 10 applications as a review of recent advances in the field. Each of these applications is drawn from solvers included in the public‐domain International River Interface Cooperative (iRIC) software package. For mesoscale river features such as bars, predictions of alternate and higher mode river bars are shown for flows with equilibrium sediment supply and for a single case of oversupplied sediment. For microscale bed features such as bedforms, computational results are shown for the development and evolution of two‐dimensional bedforms using a simple closure‐based two‐dimensional model, for two‐ and three‐dimensional ripples and dunes using a three‐dimensional large‐eddy simulation flow model coupled to a physics‐based particle transport model, and for the development of bed streaks using a three‐dimensional unsteady Reynolds‐averaged Navier–Stokes solver with a simple sediment‐transport treatment. Finally, macroscale or channel evolution treatments are used to examine the temporal development of meandering channels, a failure model for cantilevered banks, the effect of bank vegetation on channel width, the development of channel networks in tidal systems, and the evolution of bedrock channels. In all examples, computational morphodynamics results from iRIC solvers compare well to observations of natural bed morphology. For each of the three scales investigated here, brief suggestions for future work and potential research directions are offered. © 2019 The Authors Earth Surface Processes and Landforms Published by John Wiley & Sons Ltd" @default.
• W2945493418 created "2019-05-29" @default.
• W2945493418 creator A5000131188 @default.
• W2945493418 creator A5014830493 @default.
• W2945493418 creator A5021080321 @default.
• W2945493418 creator A5024627123 @default.
• W2945493418 creator A5035882521 @default.
• W2945493418 creator A5049712561 @default.
• W2945493418 creator A5051127801 @default.
• W2945493418 creator A5056532266 @default.
• W2945493418 creator A5069017984 @default.
• W2945493418 creator A5071426630 @default.
• W2945493418 creator A5075471841 @default.
• W2945493418 creator A5078943763 @default.
• W2945493418 creator A5082731931 @default.
• W2945493418 creator A5084771524 @default.
• W2945493418 creator A5091456375 @default.
• W2945493418 date "2019-07-17" @default.
• W2945493418 modified "2023-09-30" @default.
• W2945493418 title "Advances in computational morphodynamics using the International River Interface Cooperative (iRIC) software" @default.
• W2945493418 cites W1179684619 @default.
• W2945493418 cites W1487063708 @default.
• W2945493418 cites W1489373986 @default.
• W2945493418 cites W1499413744 @default.
• W2945493418 cites W1500250744 @default.
• W2945493418 cites W1502878755 @default.
• W2945493418 cites W1507967887 @default.
• W2945493418 cites W1582979715 @default.
• W2945493418 cites W1600818982 @default.
• W2945493418 cites W1603909327 @default.
• W2945493418 cites W1649585881 @default.
• W2945493418 cites W1658343663 @default.
• W2945493418 cites W1821447162 @default.
• W2945493418 cites W1898918623 @default.
• W2945493418 cites W1909864467 @default.
• W2945493418 cites W1913534552 @default.
• W2945493418 cites W1935210496 @default.
• W2945493418 cites W1938045417 @default.
• W2945493418 cites W1943608274 @default.
• W2945493418 cites W1944750191 @default.
• W2945493418 cites W1966340202 @default.
• W2945493418 cites W1966670921 @default.
• W2945493418 cites W1968684875 @default.
• W2945493418 cites W1970657381 @default.
• W2945493418 cites W1970704936 @default.
• W2945493418 cites W1970908234 @default.
• W2945493418 cites W1971626309 @default.
• W2945493418 cites W1971728053 @default.
• W2945493418 cites W1973268538 @default.
• W2945493418 cites W1973949880 @default.
• W2945493418 cites W1974331217 @default.
• W2945493418 cites W1976323732 @default.
• W2945493418 cites W1978551013 @default.
• W2945493418 cites W1980513035 @default.
• W2945493418 cites W1982499703 @default.
• W2945493418 cites W1984426000 @default.
• W2945493418 cites W1992751620 @default.
• W2945493418 cites W1996383462 @default.
• W2945493418 cites W1997887142 @default.
• W2945493418 cites W2000657544 @default.
• W2945493418 cites W2007137349 @default.
• W2945493418 cites W2008122408 @default.
• W2945493418 cites W2009580050 @default.
• W2945493418 cites W2014953776 @default.
• W2945493418 cites W2016137988 @default.
• W2945493418 cites W2017332575 @default.
• W2945493418 cites W2018762736 @default.
• W2945493418 cites W2019857902 @default.
• W2945493418 cites W2020268121 @default.
• W2945493418 cites W2020869913 @default.
• W2945493418 cites W2027091720 @default.
• W2945493418 cites W2027483452 @default.
• W2945493418 cites W2028429295 @default.
• W2945493418 cites W2032089122 @default.
• W2945493418 cites W2035067112 @default.
• W2945493418 cites W2038240787 @default.
• W2945493418 cites W2038663547 @default.
• W2945493418 cites W2041544009 @default.
• W2945493418 cites W2046341900 @default.
• W2945493418 cites W2047566650 @default.
• W2945493418 cites W2052994945 @default.
• W2945493418 cites W2053528247 @default.
• W2945493418 cites W2054468480 @default.
• W2945493418 cites W2054529442 @default.
• W2945493418 cites W2054996593 @default.
• W2945493418 cites W2055591609 @default.
• W2945493418 cites W2055842018 @default.
• W2945493418 cites W2060970030 @default.
• W2945493418 cites W2069298791 @default.
• W2945493418 cites W2072238352 @default.
• W2945493418 cites W2081153836 @default.
• W2945493418 cites W2084421227 @default.
• W2945493418 cites W2086876500 @default.
• W2945493418 cites W2088847598 @default.
• W2945493418 cites W2092688416 @default.
• W2945493418 cites W2092794929 @default.
• W2945493418 cites W2096726235 @default.
• W2945493418 cites W2097575346 @default.

• next