Research Explorer

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Muhammad Jeri At Thabari

Publicaties & datasets

Prijzen & Erkenningen

18 Resultaten

2026

The importance of the GER definition in the analysis of combustion regimes in a closed mechanically ventilated compartment

Hugues PretrelMuhammad Jeri At ThabariGeorgios MaragkosYouk MoorthamersAlexander SnegirevBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

2025

Derivation and application of autoignition-based simplified kinetic models of hydrocarbon oxidation for fire simulations

Youk MoorthamersAlexander SnegirevGeorgios MaragkosMuhammad Jeri At ThabariBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

Large eddy simulations of weakly turbulent diffusion flames in an oxygen-reduced co-flow using a new subgrid combustion model

Youk MoorthamersAlexander SnegirevGeorgios MaragkosMuhammad Jeri At ThabariBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

Numerical study of the impact of global mechanisms in LES of propane pool fire using the EDC : finite-rate chemistry approach

Muhammad Jeri At ThabariGeorgios MaragkosYouk MoorthamersAlexander SnegirevBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

Systematic study on extinction and re-ignition on LES simulations of buoyant diffusion flames

Muhammad Jeri At ThabariBart MerciGeorgios Maragkos

Towards predictive engineering-type simulations of upward flame spread in SBI scenarios

Georgios MaragkosAlexander SnegirevMuhammad Jeri At ThabariYouk MoorthamersBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

2024

Assessment of the EDC/finite rate chemistry approach towards predicting extinction in a turbulent buoyant diffusion flame

Muhammad Jeri At ThabariBoris KruljevicGeorgios MaragkosAlexander SnegirevBart Merci

A1 Artikel in een tijdschrift in PROCEEDINGS OF THE COMBUSTION INSTITUTE

Autoignition-based simplified kinetic models of hydrocarbon oxidation for fire simulations

Youk MoorthamersAlexander SnegirevGeorgios MaragkosMuhammad Jeri At ThabariBart Merci

Exploratory study of the impact of the turbulence model on flame extinction with an EDM and EDC/finite-rate approach for a line burner configuration

Muhammad Jeri At ThabariGeorgios MaragkosBart Merci

A1 Artikel in een tijdschrift in FLOW TURBULENCE AND COMBUSTION

Large eddy simulations of weakly turbulent diffusion flames in a co-flow with reduced oxygen concentration

Youk MoorthamersAlexander SnegirevGeorgios MaragkosMuhammad Jeri At ThabariBart Merci

Numerical simulations of propane pool fires with the EDC / finite rate chemistry approach using global reaction mechanisms

Muhammad Jeri At ThabariGeorgios MaragkosBoris KruljevicAlexander SnegirevYouk MoorthamersBart Merci

Towards predictive engineering-type simulations of upward flame spread in SBI scenarios

Georgios MaragkosAlexander SnegirevMuhammad Jeri At ThabariYouk MoorthamersBart Merci

Two-zone subgrid combustion model for large eddy simulations of buoyant diffusion flames

Alexander SnegirevYouk MoorthamersGeorgios MaragkosMuhammad Jeri At ThabariBart Merci

A1 Artikel in een tijdschrift in PROCEEDINGS OF THE COMBUSTION INSTITUTE

2023

Development of a novel subgrid combustion model for buoyant turbulent diffusion flames

Alexander SnegirevGeorgios MaragkosMuhammad Jeri At ThabariBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

Flame ignition and extinction modelling using infinitely fast chemistry in large eddy simulations of fire-related reacting flows

Georgios MaragkosAlexander SnegirevMuhammad Jeri At ThabariBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

Numerical study of the impact of the EDC formulation and finite-rate chemistry mechanisms in CFD simulations of fire plumes

Muhammad Jeri At ThabariGeorgios MaragkosAlexander SnegirevBart Merci

A1 Artikel in een tijdschrift in FIRE SAFETY JOURNAL

2022

Exploratory comparative study of the impact of simplified finite-rate chemistry in LES-EDC simulations of the UMD line burner

Muhammad Jeri At ThabariGeorgios MaragkosBart Merci

Preliminary study of chemistry solvers with focus on ignition in the context of turbulent buoyancy-driven reacting flows

Muhammad Jeri At ThabariGeorgios MaragkosBart Merci