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Particulate Science and Technology
An International Journal
Volume 26, 2008 - Issue 4
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Original Articles

Prediction of Flow Characteristics of Bimodal Slurry in Horizontal Pipe Flow

U. Kumar Civil Engineering Department, BIET Jhansi, India
,
S. N. Singh Applied Mechanics Department, Indian Institute of Technology, Delhi, IndiaCorrespondence[email protected]
&
V. Seshadri Applied Mechanics Department, Indian Institute of Technology, Delhi, India
Pages 361-379 | Published online: 23 Jul 2008

Citations (7)

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Read on this site (3)

Asisha Ranjan Pradhan & Satish Kumar. (2024) Enhancing the flowability of limestone water suspension for economical transportation by variation in particle size distribution. Particulate Science and Technology 42:1, pages 31-48.
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Asisha Ranjan Pradhan, Satish Kumar & Chandan Gupta. (2023) Enhanced Flowability and Slurry Characteristics of Limestone-water Suspensions Through the Integration of Coarse Particles and a Natural Additive. Journal of Macromolecular Science, Part B 0:0, pages 1-21.
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Ankit Prakash, A. K. Upadhyay & Anubhav Rawat. Optimization of specific energy consumption in the high concentration slurry disposal pipelines for coal ash in thermal power plants. International Journal of Coal Preparation and Utilization 0:0, pages 1-33.
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Articles from other publishers (4)

Chandan Gupta & Satish Kumar. (2023) Improving Rheology, Slurryability and Stability of Iron Ore Suspension Employing Variances in Size Distribution. Arabian Journal for Science and Engineering 49:2, pages 2531-2552.
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Lukáš Svoboda, Tomáš Picek & Václav Matoušek. (2023) Experimental Characterization of Bimodal Granular Flow. Processes 12:1, pages 75.
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Om PARKASH, Arvind KUMAR & Basant SİKARWAR. (2021) ANALYTICAL AND COMPARATIVE INVESTIGATION OF PARTICULATE SIZE EFFECT ON SLURRY FLOW CHARACTERISTICS USING COMPUTATIONAL FLUID DYNAMICS. Journal of Thermal Engineering 7:1, pages 220-239.
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Om PARKASH. (2020) FLOW CHARACTERIZATION OF MULTI-PHASE PARTICULATE SLURRY IN THERMAL POWER PLANTS USING COMPUTATIONAL FLUID DYNAMICS. Journal of Thermal Engineering 6:1, pages 187-203.
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