Matches in SemOpenAlex for { <https://semopenalex.org/work/W3005285328> ?p ?o ?g. }
- W3005285328 endingPage "27675" @default.
- W3005285328 startingPage "27649" @default.
- W3005285328 abstract "Great advances have been made with the lattice Boltzmann (LB) method for complicated fluid phenomena and fundamental thermal processes over the past three decades. This paper presents a systematic overview of the LB method from 1990 to 2018, based on bibliometric analysis and the Science Citation Index Expanded (SCI-E) database. The results show that China took the leading position in this field, followed by the USA and UK. The Chinese Academy of Sciences had the most publications, while the Los Alamos National Laboratory was first as far as highest average citation per paper and h-index are concerned. Physical Review E was the most productive journal and “Mechanics” was the most frequently used subject category. Keyword analysis indicated that recent research has focused on the natural convection and heat transfer of nanofluid or multiphase flow in complex porous media. Hydrothermal treatment of nanofluid with shape factor on the conditions, such as variable magnetic fields, thermal radiation and slipping boundary, were the research hotspots. Further research perspectives mainly explore the multiscale models for coupling multiple transport phenomena, morphology optimization of porous parameters, new nanoparticles with shape factor, multicomponent LB method considering Knudsen diffusion effect, LB-based hybrid methods, radiation performance or boiling-heat transfer of nanofluid, and the active control of droplets, may continue to attract more attention. Moreover, some new applications, such as phase change of metal foam, erosion induced by nanaofluid, anode circulating, 3D modeling in thermal systems with vibration, and magnetohydrodynamics microfluid devices, could be of interest going forward." @default.
- W3005285328 created "2020-02-14" @default.
- W3005285328 creator A5011152209 @default.
- W3005285328 creator A5017644225 @default.
- W3005285328 creator A5026594668 @default.
- W3005285328 creator A5027862802 @default.
- W3005285328 creator A5033516129 @default.
- W3005285328 creator A5049089506 @default.
- W3005285328 creator A5050774414 @default.
- W3005285328 creator A5058965019 @default.
- W3005285328 creator A5083455588 @default.
- W3005285328 creator A5083507969 @default.
- W3005285328 date "2020-01-01" @default.
- W3005285328 modified "2023-10-16" @default.
- W3005285328 title "Lattice Boltzmann Method for Fluid-Thermal Systems: Status, Hotspots, Trends and Outlook" @default.
- W3005285328 cites W1092766603 @default.
- W3005285328 cites W131226489 @default.
- W3005285328 cites W1605273483 @default.
- W3005285328 cites W1762703209 @default.
- W3005285328 cites W1764031380 @default.
- W3005285328 cites W1786404767 @default.
- W3005285328 cites W1869349964 @default.
- W3005285328 cites W1891401001 @default.
- W3005285328 cites W1899009607 @default.
- W3005285328 cites W1907286193 @default.
- W3005285328 cites W1964117853 @default.
- W3005285328 cites W1965647309 @default.
- W3005285328 cites W1966391136 @default.
- W3005285328 cites W1966790574 @default.
- W3005285328 cites W1970016172 @default.
- W3005285328 cites W1971207638 @default.
- W3005285328 cites W1971383575 @default.
- W3005285328 cites W1971661627 @default.
- W3005285328 cites W1974237820 @default.
- W3005285328 cites W1974834690 @default.
- W3005285328 cites W1977164599 @default.
- W3005285328 cites W1977406976 @default.
- W3005285328 cites W1978300980 @default.
- W3005285328 cites W1978996173 @default.
- W3005285328 cites W1982470506 @default.
- W3005285328 cites W1982502056 @default.
- W3005285328 cites W1982933896 @default.
- W3005285328 cites W1985145914 @default.
- W3005285328 cites W1985201720 @default.
- W3005285328 cites W1985877704 @default.
- W3005285328 cites W1987158884 @default.
- W3005285328 cites W1987956739 @default.
- W3005285328 cites W1988903143 @default.
- W3005285328 cites W1992773065 @default.
- W3005285328 cites W1993395017 @default.
- W3005285328 cites W1994342015 @default.
- W3005285328 cites W1996893743 @default.
- W3005285328 cites W2000187365 @default.
- W3005285328 cites W2001128897 @default.
- W3005285328 cites W2001283925 @default.
- W3005285328 cites W2001382558 @default.
- W3005285328 cites W2001871640 @default.
- W3005285328 cites W2002657911 @default.
- W3005285328 cites W2005806588 @default.
- W3005285328 cites W2006128009 @default.
- W3005285328 cites W2006507835 @default.
- W3005285328 cites W2008067450 @default.
- W3005285328 cites W2011043839 @default.
- W3005285328 cites W2011423343 @default.
- W3005285328 cites W2011431634 @default.
- W3005285328 cites W2013318238 @default.
- W3005285328 cites W2013803864 @default.
- W3005285328 cites W2014945667 @default.
- W3005285328 cites W2015996104 @default.
- W3005285328 cites W2016650490 @default.
- W3005285328 cites W2016701500 @default.
- W3005285328 cites W2020058944 @default.
- W3005285328 cites W2020718004 @default.
- W3005285328 cites W2021035369 @default.
- W3005285328 cites W2022997841 @default.
- W3005285328 cites W2024191251 @default.
- W3005285328 cites W2033315566 @default.
- W3005285328 cites W2033889564 @default.
- W3005285328 cites W2033906622 @default.
- W3005285328 cites W2035350801 @default.
- W3005285328 cites W2037325509 @default.
- W3005285328 cites W2038327995 @default.
- W3005285328 cites W2039860194 @default.
- W3005285328 cites W2040259398 @default.
- W3005285328 cites W2042128855 @default.
- W3005285328 cites W2044113582 @default.
- W3005285328 cites W2046473651 @default.
- W3005285328 cites W2047409489 @default.
- W3005285328 cites W2048321863 @default.
- W3005285328 cites W2049274427 @default.
- W3005285328 cites W2050877686 @default.
- W3005285328 cites W2052452320 @default.
- W3005285328 cites W2053411296 @default.
- W3005285328 cites W2058461852 @default.
- W3005285328 cites W2064708863 @default.
- W3005285328 cites W2065362560 @default.
- W3005285328 cites W2066638076 @default.
- W3005285328 cites W2067126321 @default.