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Chemical Engineering Communications Volume 195, 2007 - Issue 1
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Original Articles

SOLID-LIQUID FLOW AT DILUTE CONCENTRATIONS IN AN AXIALLY STIRRED VESSEL INVESTIGATED USING PARTICLE IMAGE VELOCIMETRY

T. Virdung Chemical Engineering Design, Department of Chemical and Biological Engineering, Chalmers University of Technology, Göteborg, Sweden
&
A. Rasmuson Chemical Engineering Design, Department of Chemical and Biological Engineering, Chalmers University of Technology, Göteborg, SwedenCorrespondence[email protected]
Pages 18-34 | Published online: 06 Nov 2007

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Huayong Chen, Kaiheng Hu, Peng Cui & Xiaoqing Chen. (2017) Investigation of vertical velocity distribution in debris flows by PIV measurement. Geomatics, Natural Hazards and Risk 8:2, pages 1631-1642.
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Articles from other publishers (21)

A.-E. Sommer, H. Rox, P. Shi, K. Eckert & R. Rzehak. (2021) Solid-liquid flow in stirred tanks: “CFD-grade” experimental investigation. Chemical Engineering Science 245, pages 116743.
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Inci Ayranci & Suzanne M. Kresta. (2021) Turbulence damping above the cloud height in suspensions of concentrated slurries in stirred tanks. AIChE Journal 67:7.
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Pengyu Shi & Roland Rzehak. (2020) Solid-liquid flow in stirred tanks: Euler-Euler/RANS modeling. Chemical Engineering Science 227, pages 115875.
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Weheliye Hashi Weheliye, Giovanni Meridiano, Luca Mazzei & Panagiota Angeli. (2020) Experimental investigation of the solid-liquid separation in a stirred tank owing to viscoelasticity. Physical Review Fluids 5:6.
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Genghong Li, Zhipeng Li, Zhengming Gao, Jiawei Wang, Yuyun Bao & J.J. Derksen. (2018) Particle image velocimetry experiments and direct numerical simulations of solids suspension in transitional stirred tank flow. Chemical Engineering Science 191, pages 288-299.
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W X Xu, F Xue, W H Wang, S Q Yuan & Z M Ji. (2018) Numerical analysis on mixing performance of logarithmic spiral impeller. IOP Conference Series: Earth and Environmental Science 163, pages 012116.
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Genghong Li, Zhengming Gao, Zhipeng Li, Jiawei Wang & J. J. Derksen. (2018) Particle-resolved PIV experiments of solid-liquid mixing in a turbulent stirred tank. AIChE Journal 64:1, pages 389-402.
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Long Fan & Nong Xu. (2017) Study on laminar flow containing fibre particles in a stirred tank using DPIV. Powder Technology 320, pages 420-427.
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Long Fan & Nong Xu. (2017) Experimental investigation of fibre particles in a turbulent stirred tank with DPIV. Powder Technology 316, pages 329-337.
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Matthias Eng, Rasmus Jonsson & Anders Rasmuson. (2016) Analysis of particle cloud height dynamics in a stirred tank. AIChE Journal 62:1, pages 338-348.
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Junyuan Mo, Zhengming Gao, Yuyun Bao & Xiongbin Huang. (2015) Turbulence Properties of Continuous Phase in Agitated Gas–Liquid–Solid Systems. Journal of Chemical Engineering of Japan JOURNAL OF CHEMICAL ENGINEERING OF JAPAN 48:5, pages 337-344.
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H. Unadkat, Z.K. Nagy & C.D. Rielly. (2013) Investigation of turbulence modulation in solid–liquid suspensions using parallel competing reactions as probes for micro-mixing efficiency. Chemical Engineering Research and Design 91:11, pages 2179-2189.
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A. Tamburini, A. Cipollina, G. Micale & A. Brucato. (2013) Particle distribution in dilute solid liquid unbaffled tanks via a novel laser sheet and image analysis based technique. Chemical Engineering Science 87, pages 341-358.
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Giuseppina Montante, Alessandro Paglianti & Franco Magelli. (2012) Analysis of dilute solid–liquid suspensions in turbulent stirred tanks. Chemical Engineering Research and Design 90:10, pages 1448-1456.
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A. Gabriele, A.N. Tsoligkas, I.N. Kings & M.J.H. Simmons. (2011) Use of PIV to measure turbulence modulation in a high throughput stirred vessel with the addition of high Stokes number particles for both up- and down-pumping configurations. Chemical Engineering Science 66:23, pages 5862-5874.
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Julia HofingerRobert W. SharpeWaldemar BujalskiSerafim BakalisMelissa Assirelli, Archie Eaglesham & Alvin W. Nienow. (2011) Micromixing in two‐phase (G‐L and S‐L) systems in a stirred vessel. The Canadian Journal of Chemical Engineering 89:5, pages 1029-1039.
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Yu Chen, Han Jiang, Yuyun Bao & Xiongbin Huang. (2011) Turbulence Properties of Solid-Liquid Flow in the Near-Wall Region of a Stirred Tank. JOURNAL OF CHEMICAL ENGINEERING OF JAPAN 44:4, pages 224-232.
Crossref
Bengt Andersson & Derek Creaser. 2010. Novel Concepts in Catalysis and Chemical Reactors. Novel Concepts in Catalysis and Chemical Reactors 331 356 .
H. Unadkat, C.D. Rielly, G.K. Hargrave & Z.K. Nagy. (2009) Application of fluorescent PIV and digital image analysis to measure turbulence properties of solid–liquid stirred suspensions. Chemical Engineering Research and Design 87:4, pages 573-586.
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D. Fajner, D. Pinelli, R.S. Ghadge, G. Montante, A. Paglianti & F. Magelli. (2008) Solids distribution and rising velocity of buoyant solid particles in a vessel stirred with multiple impellers. Chemical Engineering Science 63:24, pages 5876-5882.
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T. Virdung & A. Rasmuson. (2007) Hydrodynamic properties of a turbulent confined solid–liquid jet evaluated using PIV and CFD. Chemical Engineering Science 62:21, pages 5963-5978.
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