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Researcher
Tarek Beji
- Keywords:Computational Fluid Dynamics (CFD)
- Disciplines:Fluid mechanics and fluid dynamics, Safety engineering not elsewhere classified
Affiliations
- Department of Structural Engineering and Building Materials (Department)
Member
From1 Jul 2019 → Today - Department of Flow, heat and combustion mechanics (Department)
Member
From6 Jan 2011 → 30 Jun 2019
Projects
1 - 4 of 4
- Soot modelling in fire-driven flowsFrom1 Oct 2020 → TodayFunding: BOF - projects
- University of Queensland Strategic Institutional PartnershipFrom1 Nov 2019 → TodayFunding: BOF - mobility
- Modeling of soot formation with Conditional Moment ClosureFrom1 Sep 2018 → 31 Aug 2022Funding: Foundations, funds and other with scientific goal
- Experimental and numerical study of fire dynamics in passive housesFrom1 Jul 2018 → 30 Sep 2021Funding: BOF - Other initiatives
Publications
1 - 10 of 17
- An engineering model for water spray cooling : application to a mechanically-ventilated enclosure fire(2023)
Authors: Tarek Beji
Pages: 331 - 357 - Numerical simulations of oscillatory combustion and extinction of a liquid pool fire in a reduced-scale and mechanically-ventilated enclosure(2023)
Authors: Ming-Cian Hong, Bart Merci, Tarek Beji
- A comparative study on the effect of natural and forced convection correlations on the CFD simulation results of liquid pool fires(2022)
Authors: Ming-Cian Hong, Bart Merci, Tarek Beji
Pages: 320 - 331 - Theoretical analysis of the liquid thermal structure in a pool fire(2021)
Authors: Tarek Beji
Pages: 36 - 52 - Experimental and numerical study on the evaporation rates of liquid fuels using a controlled atmosphere cone calorimeter(2021)
Authors: Tarek Beji, Olivier Helson, Thomas Rogaume, Jocelyn Luche
- Improving the calculation of evaporating sprays for medium-speed marine-engine-like conditions(2021)
Authors: Haohan Li, Tarek Beji, Sebastian Verhelst
Pages: 55 - 79 - CFD study of fire-induced pressure variation in a mechanically-ventilated air-tight compartment(2020)
Authors: Junyi Li, Tarek Beji, Sylvain Brohez, Bart Merci
- Numerical study of a fire-driven flow in a narrow cavity(2019)
Authors: Karlis Livkiss, Bjarne P. Husted, Tarek Beji, Patrick van Hees
- Improved assessment of fire spread over horizontal cable trays supported by video fire analysis(2019)
Authors: Pascal Zavaleta, Romain Hanouzet, Tarek Beji
Pages: 233 - 255 - Analytical modelling of the effect of in-depth radiation within a liquid layer in the case of a pool fire(2019)Volume: 1
Authors: Tarek Beji, Bart Merci, Alexander Snegirev, Franco Tamanini, Derek Bradley, Naian Liu, Vladimir Molkov, N. Chaumeix
Pages: 693 - 703