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Nabil GHENDOUR
Nabil GHENDOUR
Doctor of Thermal Energy, USTHB
Verified email at usthb.dz
Title
Cited by
Cited by
Year
Multiphase flow meters targeting oil & gas industries
M Meribout, A Azzi, N Ghendour, N Kharoua, L Khezzar, E AlHosani
Measurement 165, 108111, 2020
582020
Leak detection systems in oil and gas fields: Present trends and future prospects
M Meribout, L Khezzar, A Azzi, N Ghendour
Flow Measurement and Instrumentation 75, 101772, 2020
542020
Review of measurement techniques for void fraction of two-phase flow through annulus
N Ghendour, M Meribout, A Azzi
Measurement 165, 108196, 2020
212020
Theoretical study and experimental measurement of the gas liquid two-phase flow through a vertical Venturi meter
A Zeghloul, A Messilem, N Ghendour, A Al-Sarkhi, A Azzi, A Hasan
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of …, 2021
132021
Modeling and design of a new conductance probe for gas void fraction measurement of two-phase flow through annulus
N Ghendour, A Azzi, M Meribout, A Zeghloul
Flow Measurement and Instrumentation 82, 102078, 2021
62021
Design and construction of a turbine flowmeter based on the Hall effect to measure volumetric air flow rate
A Zeghloul, A Azzi, N Ghendour
Mater Biomater Sci 4 (1), 86-92, 2021
22021
Improved Aeration Using Perforated Venturi Throat of a Vertical Liquid Jet System with Downcomer
A Zeghloul, A Al-Sarkhi, N Ghendour
Iranian Journal of Science and Technology, Transactions of Mechanical …, 2024
2024
Two-phase flow in a vertical concentric annulus: Pressure drop and flow configuration
A Zeghloul, A Al-Sarkhi, N Ghendour, A Azzi
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of …, 2023
2023
A Differential Pressure Technique for Void Fraction Measurement in Gas-Liquid Flow
A Zeghloul, A Azzi, N Ghendour, AS BERROUK
ENP Engineering Science Journal 1 (2), 69-75, 2021
2021
The hydrodynamic analysis of the two-phase flow in the bubble column
A Zeghloul, A Azzi, H Bouyahiaoui, N Ghendour, F Saidj
2019
SIMULATION NUMERIQUE D’UN ECOULEMENT HYPERSONIQUE AUTOUR D’UN CORPS EMOUSSE DE TYPE NEZ DE NAVETTE SPATIALE.
N GHENDOUR, S OUCHENE, R ALLOUCHE, R RENANE
Sciences & Technologie. B, Sciences de l'ingénieur, 35-41, 2016
2016
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