Numerical investigation of upward supercritical water flow with Joule heating effect (cases 1-4,6-9)

Published: 6 October 2023| Version 4 | DOI: 10.17632/smm6s6zv55.4
Contributors:
Kwun Ting LAU, Shahid Ali Khan, Vladislav Filonov, Chung Ki Cheng, Chika Michael Eze, Jiyun Zhao

Description

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.

Files

Institutions

  • Nacional'nij tehnicnij universitet Ukraini Kiivs'kij politehnicnij institut imeni Igora Sikors'kogo
  • City University of Hong Kong
  • University of California Merced

Categories

Computational Fluid Dynamics, Ohmic Heating, Supercritical

Licence