Matches in SemOpenAlex for { <https://semopenalex.org/work/W3197632356> ?p ?o ?g. }
- W3197632356 endingPage "103812" @default.
- W3197632356 startingPage "103812" @default.
- W3197632356 abstract "The current study documents the development of a new multiphase solver for the simulation of dilute dusty gas flows in the OpenFOAM suite. Even though various solvers for simulation of multiphase flows are developed in OpenFOAM, the lack of a density-based Riemann solver (which is the desirable model for the description of the interaction of shock waves with a dispersed particulate phase) is evident. As the code is developed in this open-source framework more users with broader backgrounds can use, assess and extend the code to include new features for studying new complex phenomena that are present in multiphase gas-solid flows. Moreover, the conventional dusty gas model is modified in such a way that the eigenvalue degeneracy is circumvented. The idea is that rather than devising new flux functions or modifying all the previously well-established numerical flux functions to be applicable to the pressureless Euler equation, to modify the equation model in a way that fluxes can be applied to our system. The simulation results for problems in one, two, and three-dimensional space indicate that the developed solver is a promising tool in the study of these types of flows. Furthermore, the computationally demanding problem of shock-bubble interaction in three-dimensional space is investigated with a twist. Here the bubble is replaced with a spherical dust cloud for the first time and with the help of high-performance computing facilities, justifications on topology deformation of the cloud in interaction with dust particles of different diameters and loadings are discussed in detail." @default.
- W3197632356 created "2021-09-13" @default.
- W3197632356 creator A5050436045 @default.
- W3197632356 creator A5068561987 @default.
- W3197632356 creator A5084469457 @default.
- W3197632356 date "2021-12-01" @default.
- W3197632356 modified "2023-10-17" @default.
- W3197632356 title "Investigation of shock and a dust cloud interaction in Eulerian framework using a newly developed OpenFOAM solver" @default.
- W3197632356 cites W1965709909 @default.
- W3197632356 cites W1969760987 @default.
- W3197632356 cites W1970242292 @default.
- W3197632356 cites W1971042110 @default.
- W3197632356 cites W1974016958 @default.
- W3197632356 cites W1976429884 @default.
- W3197632356 cites W1977665684 @default.
- W3197632356 cites W1982983178 @default.
- W3197632356 cites W1986318084 @default.
- W3197632356 cites W1990933819 @default.
- W3197632356 cites W1998902135 @default.
- W3197632356 cites W1998989572 @default.
- W3197632356 cites W2000596011 @default.
- W3197632356 cites W2002538768 @default.
- W3197632356 cites W2008068453 @default.
- W3197632356 cites W2015566546 @default.
- W3197632356 cites W2023694905 @default.
- W3197632356 cites W2024881233 @default.
- W3197632356 cites W2026700540 @default.
- W3197632356 cites W2031981923 @default.
- W3197632356 cites W2032131319 @default.
- W3197632356 cites W2044712651 @default.
- W3197632356 cites W2047310647 @default.
- W3197632356 cites W2053833387 @default.
- W3197632356 cites W2064370164 @default.
- W3197632356 cites W2065643057 @default.
- W3197632356 cites W2065840424 @default.
- W3197632356 cites W2067725728 @default.
- W3197632356 cites W2068499415 @default.
- W3197632356 cites W2069502429 @default.
- W3197632356 cites W2072320056 @default.
- W3197632356 cites W2075504785 @default.
- W3197632356 cites W2080162387 @default.
- W3197632356 cites W2083384786 @default.
- W3197632356 cites W2085525004 @default.
- W3197632356 cites W2085592459 @default.
- W3197632356 cites W2088257824 @default.
- W3197632356 cites W2090132101 @default.
- W3197632356 cites W2093940752 @default.
- W3197632356 cites W2094710134 @default.
- W3197632356 cites W2101865402 @default.
- W3197632356 cites W2110187357 @default.
- W3197632356 cites W2123280614 @default.
- W3197632356 cites W2127824808 @default.
- W3197632356 cites W2130894377 @default.
- W3197632356 cites W2135087785 @default.
- W3197632356 cites W2156669471 @default.
- W3197632356 cites W2157012866 @default.
- W3197632356 cites W2163512793 @default.
- W3197632356 cites W2165008991 @default.
- W3197632356 cites W2165604279 @default.
- W3197632356 cites W2211015536 @default.
- W3197632356 cites W2312443590 @default.
- W3197632356 cites W2321999479 @default.
- W3197632356 cites W2463847397 @default.
- W3197632356 cites W2605410916 @default.
- W3197632356 cites W2734518571 @default.
- W3197632356 cites W2782670875 @default.
- W3197632356 cites W2792027214 @default.
- W3197632356 cites W2883414453 @default.
- W3197632356 cites W2886578175 @default.
- W3197632356 cites W2895568488 @default.
- W3197632356 cites W2908282506 @default.
- W3197632356 cites W2912187757 @default.
- W3197632356 cites W2916717131 @default.
- W3197632356 cites W2937885764 @default.
- W3197632356 cites W2950929320 @default.
- W3197632356 cites W2969589697 @default.
- W3197632356 cites W2969884440 @default.
- W3197632356 cites W2979691350 @default.
- W3197632356 cites W2987122215 @default.
- W3197632356 cites W2988642626 @default.
- W3197632356 cites W2990559180 @default.
- W3197632356 cites W3011058391 @default.
- W3197632356 cites W3033486193 @default.
- W3197632356 cites W3043654960 @default.
- W3197632356 cites W3119630659 @default.
- W3197632356 cites W3128476457 @default.
- W3197632356 cites W4245037559 @default.
- W3197632356 doi "https://doi.org/10.1016/j.ijmultiphaseflow.2021.103812" @default.
- W3197632356 hasPublicationYear "2021" @default.
- W3197632356 type Work @default.
- W3197632356 sameAs 3197632356 @default.
- W3197632356 citedByCount "2" @default.
- W3197632356 countsByYear W31976323562023 @default.
- W3197632356 crossrefType "journal-article" @default.
- W3197632356 hasAuthorship W3197632356A5050436045 @default.
- W3197632356 hasAuthorship W3197632356A5068561987 @default.
- W3197632356 hasAuthorship W3197632356A5084469457 @default.
- W3197632356 hasBestOaLocation W31976323561 @default.