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Qing Wang£¬Jianbo Xiao£¬Hongpeng Liu£®2D CFD simulation of hydrodynamics of the dense zone of a 65t/h High-low bed CFB£®Advanced Materials Research£¬ 2013£¬614-615£º596¡«599
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åе¤: ½ð±Ò+10 2013-03-10 18:30:55
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Accession number:       
20130215879489
        Title:        2D CFD simulation of hydrodynamics of the dense zone of a 65t/h high-low bed CFB
        Authors:         Wang, Qing1 ; Xiao, Jianbo1 ; Liu, Hongpeng1
        Author affiliation:        1 Engineering Research Centre of Oil Shale Comprehensive Utilization, Ministry of Education, Northeast Dianli University, Jilin 132012, Jilin Province, China
        Corresponding author:         Wang, Q. (rlx888@126.com)
        Source title:        Advanced Materials Research
        Abbreviated source title:        Adv. Mater. Res.
        Volume:        614-615
        Monograph title:        Advances in Power and Electrical Engineering
        Issue date:        2013
        Publication year:        2013
        Pages:        596-599
        Language:        English
        ISSN:         10226680
        ISBN-13:         9783037855515
        Document type:        Conference article (CA)
        Conference name:        2nd International Conference on Energy, Environment and Sustainable Development, EESD 2012
        Conference date:        October 12, 2012 - October 14, 2012
        Conference location:        Jilin, China
        Conference code:         94737
        Publisher:        Trans Tech Publications, P.O. Box 1254, Clausthal-Zellerfeld, D-38670, Germany
        Abstract:        Gas-solid flow behavior of the bottom zone of a 65t/h High-low bed CFB was simulated using the commercial computational fluid dynamics (CFD) software package Fluent. The Eulerian-Eulerian model (EEM) based on the kinetic theory of granular flow (KTGF) was adopted. This approach treated each phase as continuous separately. The link between the gas and solid phases was through drag model and turbulence model. While the turbulence was simulated by the standard k-¦¥ and mixture multiphase model, the Gidaspow drag model was used to model the interphase interaction. Four phases were set to achieve size distribution in the EEM. Gas and solid flow profiles are obtained for solid velocity, solid volume fraction, pressure, and size distribution. The results show that EEM can predict preferably the internal circulation process of the dense zone high-low bed CFB. © (2013) Trans Tech Publications, Switzerland.
        Number of references:        10
        Main heading:         Computer simulation
        Controlled terms:         Computational fluid dynamics  -  Drag  -  Electrical engineering  -  Flow of solids  -  Fluidized beds  -  Size distribution  -  Turbulence models
        Uncontrolled terms:         CFD simulations  -  Circulating fluidized bed  -  Dense zones  -  Drag model  -  Eulerian-Eulerian  -  Flow profile  -  Gas-solid flows  -  Gidaspow drag model  -  High-low  -  Internal circulations  -  Interphase interaction  -  Kinetic theory of granular flow  -  Multiphase model  -  Software package - FLUENT  -  Solid phasis  -  Solid volume fraction
        Classification code:         423 Non Mechanical Properties and Tests of Building Materials -  443.1 Atmospheric Properties -  709 Electrical Engineering, General -  723.5 Computer Applications -  802.1 Chemical Plants and Equipment -  931.1 Mechanics
        DOI:        10.4028/www.scientific.net/AMR.614-615.596
        Database:        Compendex
                Compilation and indexing terms, © 2013 Elsevier Inc.
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