Distribution of tangential velocity on monitoring line LMC under different flow rate conditions.

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Bibliographic Details
Main Author:	Na Wei (122650) (author)
Other Authors:	Yi Qiao (3568604) (author), Shuanshi Fan (10023242) (author), Meng Cai (313811) (author), Haitao Li (305080) (author), Shouwei Zhou (17598825) (author), Jinzhou Zhao (5641226) (author), Liehui Zhang (13758214) (author), Richard Banks Coffin (17598828) (author)
Published:	2023
Subjects:	Biophysics Medicine Evolutionary Biology Sociology Science Policy Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified practical engineering application natural gas hydrate current energy dilemma optimum working condition numerical simulation method different particle diameter ideal alternative energy sand content makes different sand content solid fluidization exploitation phase distribution law flow field characteristics div >< p different flow ratio different flow rate closed pipeline together sand gradually migrates >< sub xmlns sand phase pre sand content phase distribution ideal method flow ratio flow rate flow field sand phase sand diameter fossil energy working conditions gradually increasing </ sub xlink "> rough pre results show important role e </ axial position axial distance 20 %,
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Distribution of tangential velocity on monitoring line <i>L</i><sub>MC</sub> under different flow rate conditions.