Search Results - "Maad, R B" :: K.UTB vyhledávací portál

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Experimental Investigation of the Effect of Spacing between Vertical Plates on the Development of a Thermal Plume from an Active Block

by Naffouti, T, Zinoubi, J, Maad, R B
Published in Journal of Applied Fluid Mechanics (01.01.2015)

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Applied Thermal Lattice Boltzmann Model for Fluid Flow of Free Convection in 2-D Enclosure with Localized Two Active Blocks: Heat Transfer Optimization

by Naffouti, T, Zinoubi, J, Sidik, N A Che, Maad, R B
Published in Journal of Applied Fluid Mechanics (01.01.2016)

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On the Effect of Aspect Ratio of Open Heated Channel Including an Active Obstacle upon the Turbulent Characteristics of a Thermal Plume: Experimental Analysis

by Naffouti, Taoufik, Zinoubi, Jamil, Maad, Rejeb Ben
Published in Journal of Applied Fluid Mechanics (01.01.2016)

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Experimental study of the effects of a thermal plume entrainment mode on the flow structure: Application to fire

by Mahmoud, Ahmedou Ould Mohamed, Bouslimi, Jamel, Maad, Rejeb Ben
Published in Fire safety journal (01.05.2009)

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Temperature Spectra from a Turbulent Free Thermal Plume and in Interaction with its Material Environment

by Zinoubi, J, Naffouti, T, Maad, R B
Published in Journal of applied fluid mechanics (01.07.2011)

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Influence of the vertical source–cylinder spacing on the interaction of a thermal plume with a thermosiphon flow: an experimental study

by Zinoubi, Jamil, Ben Maad, Rejeb, Belghith, Ali
Published in Experimental thermal and fluid science (01.03.2004)

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Experimental Study of a Thermal Plume Evolving in a Confined Environment: Application to Fires Problems

by Naffouti, T, Hammami, M, Rebay, M, Maad, R B
Published in Journal of applied fluid mechanics (01.01.2009)

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Journal Article

Experimental Investigation of the Effect of Spacing between Vertical Plates on the Development of a Thermal Plume from an Active Block

Applied Thermal Lattice Boltzmann Model for Fluid Flow of Free Convection in 2-D Enclosure with Localized Two Active Blocks: Heat Transfer Optimization

On the Effect of Aspect Ratio of Open Heated Channel Including an Active Obstacle upon the Turbulent Characteristics of a Thermal Plume: Experimental Analysis

Experimental study of the effects of a thermal plume entrainment mode on the flow structure: Application to fire

Temperature Spectra from a Turbulent Free Thermal Plume and in Interaction with its Material Environment

Influence of the vertical source–cylinder spacing on the interaction of a thermal plume with a thermosiphon flow: an experimental study

Experimental Study of a Thermal Plume Evolving in a Confined Environment: Application to Fires Problems

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