An experimental study of the thermal plume developed above a finite cylindrical heat source to validate the point source model

Keywords

Plume, Point source, Cylinder, Mechanics, Thermal

References

• Panache développé au-dessus d'une source thermique : stratification du milieu environnant en enceinte ventiléeAbdelhakim Bouzinaoui — 2004
• Stability and transition of buoyancy-induced flows in a stratified mediumYogesh Jaluria, B. Gebhart — 1974
• On the buoyancy-induced flow arising from a heated hemisphereYogesh Jaluria, B. Gebhart — 1975
• Turbulent convection from isolated sourcesJordi Colomer, B. M. Boubnov, Harindra J. S. Fernando — 1999
• Behavior of thermal plumes from two-heat sources in an enclosureKoichi Ichimiya, Hideyuki Saiki — 2005
• Influence of a strong density stratification on the entrainment of a turbulent axisymmetric plumeLeı̈la Dehmani, Doan-Kim Son, L. Gbahoué — 1996
• Steady-state flows in an enclosure ventilated by buoyancy forces assisted by windGary R. Hunt, P. F. Linden — 2001
• Virtual origin correction for lazy turbulent plumesGary R. Hunt, Nigel B. Kaye — 2001
• Turbulent gravitational convection from maintained and instantaneous sourcesB. R. Morton, Geoffrey Ingram Taylor, John S. Turner — 1956
• On transition mechanisms in vertical natural convection flowYogesh Jaluria, B. Gebhart — 1974
• Direct and large-eddy simulation of the transition of two-and three-dimensional plane plumes in a confined enclosureR.J.M. Bastiaans, C.C.M. Rindt, Ftm Nieuwstadt — 2000
• CFD Modelling of Natural Ventilation: Combined Wind and Buoyancy ForcesMalcolm Cook, Yingchun Ji, Gary R. Hunt — 2003
• Thermal plumes in ventilated rooms: Measurements in stratified surroundings and analysis by use of an extrapolation methodJens Peter Kofoed, Peter V. Nielsen — 1990
• Displacement Ventilation: theory and designPeter V. Nielsen — 1993
• Structure turbulente d'un panache thermique. Aspect dynamiqueB. Guillou, M. Brahimi, Doan-Kim-Son — 1986

Cited by

• Experimental characterization of a free thermal plume and in interaction with its material environmentTaoufik Naffouti, Jamil Zinoubi, Rejeb Ben Maad — 2010
• Impact of personal factors and furniture arrangement on the thermal plume above a sitting occupantDaria Zukowska, Arsen Krikor Melikov, Zbigniew Popiołek — 2012
• The effect of floor heat source area on the induced airflow in a roomNigel B. Kaye, Gary R. Hunt — 2010
• Simulating buoyancy-driven airflow in buildings by coarse-grid fast fluid dynamicsMingang Jin, Wei Liu, Qingyan Chen — 2015
• Turbulent plumes evolving in a vertical flow under a mixed convection regimePierre‐Sandre Farrugia, Alfred Micallef — 2012
• Determination of the integral characteristics of an asymmetrical thermal plume from air speed/velocity and temperature measurementsDaria Zukowska, Zbigniew Popiołek, Arsen Krikor Melikov — 2010
• An experimental study of large area source turbulent plumesNigel B. Kaye, Gary R. Hunt — 2009
• Temperature Spectra from a Turbulent Free Thermal Plume and in Interaction with its Material EnvironmentJamil Zinoubi, Taoufik Naffouti, Rejeb Ben Maad — 2011
• Thermal plumes above hot sources: characterization and capture efficiencyR. Devienne, Jean-Raymond Fontaine — 2016
• REYNOLDS' LIMIT FORMULA FOR DORODNITZYN'S ATMOSPHERIC BOUNDARY LAYER MODEL IN CONVECTIVE CONDITIONSCarla Victoria Valencia-Negrete, C. Gay-Garc\'{i}a, Alin Andrei Carsteanu — 2018
• Modelling of room air temperature profile with displacement ventilationNatalia Lastovets, Risto Kosonen, Panu Mustakallio — 2019
• Interaction of the thermal plumes generated from two heat sources of equal strength in a naturally ventilated spaceChangqing Yang, Angui Li, Xiaopan Gao — 2020
• Buoyancy-driven ventilation of an enclosure containing a convective area heat sourceChangqing Yang, Teng Gao, Angui Li — 2021
• A Closure for the Virtual Origin of Turbulent PlumesNathaniel Tarshish, David M. Romps — 2021
• A simple model for predicting dispersion characteristics of high-temperature airflow and particle distribution during smelting process in a thermally stratified foundry shopFan Liu, Hua Qian, Jianchao Ma — 2022
• Personalized displacement ventilation as an energy-efficient solution for airborne disease transmission control in officesLars La Heij, Savvas Gkantonas, Epaminondas Mastorakos — 2023
• Laminar line source starting plumes and their interaction with energy expulsion eventsUjjwal Chetan, Prabir Kumar Kar, Toshan Lal Sahu — 2024
• Flow-field characteristics of the thermal plume above an elliptical high-temperature heat source surfaceYanqiu Huang, Haoran Ye, Wenyang Wang — 2024
• Developing Small-Sized Thermal Dummies to Reproduce Human Convective Airflows in Ventilation Effectiveness MeasurementRenate Jaanus, Karl-Villem Võsa, Alo Mikola — 2025
• Thermal plumes of asymmetrical heat sources with oil mist emission: Characterization and ventilation optimizationNingbin Zhu, Yang Yang, Qingfeng Cao — 2026

Related papers

• 格子乱流中の点源プルームと円柱との干渉について : 第1報,速度場と平場濃度場Ikuo Nakamura, Yasuhiko SAKAI, Hiroyuki Tsunoda — 1987
• Plume Dynamics in Convective Air Flows by Combined PIT/PIVDaniel Schmeling, Johannes Bosbach, Claus Wagner — 2014
• Turbulent rotating convection confined in a slender cylinder: The sidewall circulationXander M. de Wit, Andrés J. Aguirre Guzmán, Matteo Madonia — 2019
• Nonboussinesq Thermal Convection in Microgravity under Nonuniform HeatingYuri Gaponenko, V. E. Zakhvataev — 2002
• Plume Mode of Thermal Convection in the Earth’s MantleВ. П. Трубицын, M. N. Evseev — 2018
• Influence of wall modes on the onset of bulk convection in a rotating cylinderFrancisco Marqués, Juan M. López — 2008
• Pulsations and breaks of tails of thermal mantle plumesM. N. Evseev, В. П. Трубицын — 2017
• К ТЕОРИИ НАГРЕВА В ПРОТИВОТОКЕ ТЕРМОМАССИВНЫХ ТЕЛ ИЗЛУЧЕНИЕМ И КОНВЕКЦИЕЙ ОДНОВРЕМЕННОВ. И. Тимошпольский — 2016