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Original Articles

Particle Levitation Due to a Uniformly Descending Flat Object

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Pages 33-42 | Received 24 May 2006, Accepted 26 Sep 2006, Published online: 17 Jan 2007

Keep up to date with the latest research on this topic with citation updates for this article.

Read on this site (10)

Ahmed Benabed, Karim Limam, Bart Janssens, Walter Bosschaerts & Jan Vercauteren. (2020) Experimental investigation of the flow field generated by idealized human foot tapping. Science and Technology for the Built Environment 26:2, pages 229-236.
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Jihong Wang, Liming Niu, Tengfei (Tim) Zhang & Shugang Wang. (2019) Detachment of adhered particles from a cloth surface subjected to a rod strike. Aerosol Science and Technology 53:4, pages 435-448.
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Xiong Mei, Tengfei Zhang & Shugang Wang. (2016) Experimental investigation of jet-induced resuspension of indoor deposited particles. Aerosol Science and Technology 50:3, pages 230-241.
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BrandonE. Boor, JeffreyA. Siegel & Atila Novoselac. (2013) Wind Tunnel Study on Aerodynamic Particle Resuspension from Monolayer and Multilayer Deposits on Linoleum Flooring and Galvanized Sheet Metal. Aerosol Science and Technology 47:8, pages 848-857.
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BrandonE. Boor, JeffreyA. Siegel & Atila Novoselac. (2013) Monolayer and Multilayer Particle Deposits on Hard Surfaces: Literature Review and Implications for Particle Resuspension in the Indoor Environment. Aerosol Science and Technology 47:8, pages 831-847.
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Zhi Gao, J.S. Zhang & JerryG.A. Byington. (2013) An Experimental Study on the Uptake Factor of Tungsten Oxide Particles Resulting from an Accidentally Dropped Storage Container. Journal of Occupational and Environmental Hygiene 10:7, pages 357-367.
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B. Sajadi, M.H. Saidi, G. Ahmadi, S.M. Kenney & J. Taylor. (2013) On the Induced Airflow and Particle Resuspension Due to a Falling Disk. Particulate Science and Technology 31:2, pages 190-198.
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Yoshihiro Kubota & Hiroshi Higuchi. (2013) Aerodynamic Particle Resuspension Due to Human Foot and Model Foot Motions. Aerosol Science and Technology 47:2, pages 208-217.
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Basman Elhadidi & H. Ezzat Khalifa. (2013) Aerodynamic Resuspension of Particles Due to a Falling Flat Disk. Particulate Science and Technology 31:1, pages 35-44.
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Xinyu Zhang, Goodarz Ahmadi, Jing Qian & Andrea Ferro. (2008) Particle Detachment, Resuspension and Transport Due to Human Walking in Indoor Environments. Journal of Adhesion Science and Technology 22:5-6, pages 591-621.
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Articles from other publishers (18)

Feng Yuan, Runming Yao, Wei Yu, Sasan Sadrizadeh, Hazim Awbi & Prashant Kumar. (2023) Dynamic characteristics of particulate matter resuspension due to human activities in indoor environments: A comprehensive review. Journal of Building Engineering 79, pages 107914.
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Ahmed Benabed, Karim Limam, Bart Janssens, Walter Bosschaerts & Jan Vercauteren. (2020) Experimental investigation of the airflow generated by the human foot tapping using the hot-wire anemometry. Journal of Building Physics 44:2, pages 121-136.
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Douaa Al Assaad, Kamel Ghali, Nesreen Ghaddar & Carine Habchi. (2020) Coupled CFD and particle resuspension models under combined effect of mechanical and aerodynamic disturbances. Building and Environment 169, pages 106567.
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Douaa Al Assaad, Kamel Ghali & Nesreen Ghaddar. (2019) Particles dispersion due to human prostration cycle and ventilation system in a prayer room. Building and Environment 150, pages 44-59.
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Yang Lv, Haifeng Wang, Yuwei Zhou, Hiroshi Yoshino, Hiroshi Yonekura, Rie Takaki & Genta Kurihara. (2019) The influence of ventilation mode and personnel walking behavior on distribution characteristics of indoor particles. Building and Environment 149, pages 582-591.
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Shuihua Zheng, Weiyuan Du, Lipan Zhao & Jiansheng Zhang. (2018) Simulation of Particle Resuspension Caused by Footsteps. Environmental Processes 5:4, pages 919-930.
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D. Malekian, B. Sajadi, G. Ahmadi & M. Pirhadi. (2018) A numerical study of electric force effects on detachment and deposition of particles due to a falling disk. Journal of Aerosol Science 124, pages 133-145.
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A. Benabed & K. Limam. (2017) Resuspension of Indoor Particles Due to Human Foot Motion. Energy Procedia 139, pages 242-247.
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Alvin C.K. Lai, Yilin Tian, Judy Y.L. Tsoi & Andrea R. Ferro. (2017) Experimental study of the effect of shoes on particle resuspension from indoor flooring materials. Building and Environment 118, pages 251-258.
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Jinwei Song & Hua Qian. (2017) Theoretical Models for Particle Detachment and Resuspension Induced by Human Walking in Indoor Environment. Procedia Engineering 205, pages 1397-1404.
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Carine Habchi, Kamel Ghali & Nesreen Ghaddar. (2016) Coupling CFD and analytical modeling for investigation of monolayer particle resuspension by transient flows. Building and Environment 105, pages 1-12.
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B. E. Boor, M. P. Spilak, R. L. Corsi & A. Novoselac. (2015) Characterizing particle resuspension from mattresses: chamber study. Indoor Air 25:4, pages 441-456.
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Siming You & Man Pun Wan. (2014) Experimental investigation and modelling of human-walking-induced particle resuspension. Indoor and Built Environment 24:4, pages 564-576.
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Iman Goldasteh, Yilin Tian, Goodarz Ahmadi & Andrea R. Ferro. (2014) Human induced flow field and resultant particle resuspension and transport during gait cycle. Building and Environment 77, pages 101-109.
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Kuniaki Gotoh, Satoko Matsuda, Mikio Yoshida, Jun Oshitani & Isamu Ogura. (2011) Experimental Investigation of Particle Resuspension from a Powder Layer Induced by an Ascending Flat Object平板上昇に起因する粉体層からの粒子飛散現象の実験的検討. KAGAKU KOGAKU RONBUNSHU 37:4, pages 317-322.
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Ian M. Spitzer, David R. Marr & Mark N. Glauser. (2010) Impact of manikin motion on particle transport in the breathing zone. Journal of Aerosol Science 41:4, pages 373-383.
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R Rashidi, Karami A Mohammadi & F Bakhtiari-Nejad. (2009) Effect of bearing number on non-linear dynamic behaviour of aerodynamic non-circular journal bearing systems. Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology 224:2, pages 139-156.
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Yoshihiro Kubota, Joseph W. Hall & Hiroshi Higuchi. (2009) An Experimental Investigation of the Flowfield and Dust Resuspension Due to Idealized Human Walking. Journal of Fluids Engineering 131:8.
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