Numerical simulation on flow of ice slurry in horizontal straight tube

Numerical simulation on flow of ice slurry in horizontal straight tubes was conducted in this paper to improve its transportation characteristics and application. This paper determined the influence of the diameter and length of tubes, the ice packing factors (IPF) and the flow velocity of ice slurr...

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Published inFrontiers in Energy Vol. 15; no. 1; pp. 201 - 207
Main Authors LIU, Shengchun, SONG, Ming, HAO, Ling, WANG, Pengxiao
Format Journal Article
LanguageEnglish
Published Beijing Higher Education Press 01.03.2021
Springer Nature B.V
Subjects
Energy
Energy Systems
Flow velocity
horizontal tubes
Ice
ice slurry
Mathematical models
Multiphase flow
numerical simulation
pressure drop
Pressure loss
Research Article
Rheological properties
Simulation
Slurries
Tubes
Two phase flow
Viscosity
viscosity model
ice slurry
horizontal tubes
pressure drop
viscosity model
numerical simulation
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Abstract Numerical simulation on flow of ice slurry in horizontal straight tubes was conducted in this paper to improve its transportation characteristics and application. This paper determined the influence of the diameter and length of tubes, the ice packing factors (IPF) and the flow velocity of ice slurry on pressure loss by using numerical simulation, based on two-phase flow and the granular dynamic theory. Furthermore, it was found that the deviation between the simulation results and experimental data could be reduced from 20% to 5% by adjusting the viscosity which was reflected by velocity. This confirmed the reliability of the simulation model. Thus, two mathematical correlations between viscosity and flow velocity were developed eventually. It could also be concluded that future rheological model of ice slurry should be considered in three sections clarified by the flow velocity, which determined the fundamental difference from single-phase fluid.
AbstractList Numerical simulation on flow of ice slurry in horizontal straight tubes was conducted in this paper to improve its transportation characteristics and application. This paper determined the influence of the diameter and length of tubes, the ice packing factors (IPF) and the flow velocity of ice slurry on pressure loss by using numerical simulation, based on two-phase flow and the granular dynamic theory. Furthermore, it was found that the deviation between the simulation results and experimental data could be reduced from 20% to 5% by adjusting the viscosity which was reflected by velocity. This confirmed the reliability of the simulation model. Thus, two mathematical correlations between viscosity and flow velocity were developed eventually. It could also be concluded that future rheological model of ice slurry should be considered in three sections clarified by the flow velocity, which determined the fundamental difference from single-phase fluid.
Author HAO, Ling
SONG, Ming
LIU, Shengchun
WANG, Pengxiao
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Issue 1
Keywords ice slurry
horizontal tubes
pressure drop
viscosity model
numerical simulation
Language English
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Notes horizontal tubes
ice slurry
pressure drop
Document received on :2016-05-06
viscosity model
Document accepted on :2016-07-20
numerical simulation
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PublicationTitle Frontiers in Energy
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  doi: 10.1016/j.powtec.2009.11.002
  contributor:
    fullname: D P Shi
– volume: 22
  start-page: 273
  issue: 2
  year: 1996
  ident: 451_CR17
  publication-title: International Journal of Multiphase Flow
  doi: 10.1016/0301-9322(95)00071-2
  contributor:
    fullname: P Doron
SSID ssj0001105072
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Snippet Numerical simulation on flow of ice slurry in horizontal straight tubes was conducted in this paper to improve its transportation characteristics and...
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SubjectTerms Energy
Energy Systems
Flow velocity
horizontal tubes
Ice
ice slurry
Mathematical models
Multiphase flow
numerical simulation
pressure drop
Pressure loss
Research Article
Rheological properties
Simulation
Slurries
Tubes
Two phase flow
Viscosity
viscosity model
Title Numerical simulation on flow of ice slurry in horizontal straight tube
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Volume 15
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