Numerical investigation of upward supercritical water flow with Joule heating effect (case 10)

Name: Numerical investigation of upward supercritical water flow with Joule heating effect (case 10)
Creator: Kwun Ting LAU
Published: 2023-10-06T06:58:14.384Z
Keywords: Computational Fluid Dynamics, Ohmic Heating, Supercritical

LAU, Kwun Ting; Khan, Shahid Ali; Filonov, Vladislav; Cheng, Chung Ki; Eze, Chika Michael; Zhao, Jiyun

doi:10.17632/dt567nz2dm.2

Numerical investigation of upward supercritical water flow with Joule heating effect (case 10)

Published: 6 October 2023| Version 2 | DOI: 10.17632/dt567nz2dm.2

Contributors:

Kwun Ting LAU, Shahid Ali Khan, Vladislav Filonov, Chung Ki Cheng, Chika Michael Eze, Jiyun Zhao

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Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. Journal title: International Communication in Heat and Mass Transfer. Software: ANSYS FLUENT 2021.

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City University of Hong Kong, Nacional'nyj texnichnyj universytet Ukrayiny Kyyivs'kyj politexnichnyj instytut imeni Ihorya Sikors'koho Fakul'tet Linhvistyky, University of California Merced

Numerical investigation of upward supercritical water flow with Joule heating effect (case 10)

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