Use of a least squares finite element lattice Boltzmann method to study fluid flow and mass transfer processes

Yusong Li; Eugene J. Leboeuf; P. K. Basu

doi:10.1007/11428831_22

Use of a least squares finite element lattice Boltzmann method to study fluid flow and mass transfer processes

Yusong Li, Eugene J. Leboeuf, P. K. Basu

Research output: Contribution to journal › Conference article › peer-review

2 Scopus citations

Abstract

In our previous efforts, a least squares finite element lattice Boltzmann method (LSFE-LBM) was developed and successfully applied to simulate fluid flow in porous media. In this paper, we extend LSFE-LBM to simulate solute transport in bulk fluid and couple it with non-linear sorption/desorption processes at solid particle surfaces. The influences of the Peclet number and sorption non-linearity on solute transport is evaluated. Results of this work demonstrate the capability of using LSFE-LBM to study fluid flow and non-linear mass transfer processes at the pore scale.

Original language	English (US)
Pages (from-to)	172-179
Number of pages	8
Journal	Lecture Notes in Computer Science
Volume	3514
Issue number	I
DOIs	https://doi.org/10.1007/11428831_22
State	Published - 2005
Externally published	Yes
Event	5th International Conference on Computational Science - ICCS 2005 - Atlanta, GA, United States Duration: May 22 2005 → May 25 2005

ASJC Scopus subject areas

Theoretical Computer Science
Computer Science(all)

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10.1007/11428831_22

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title = "Use of a least squares finite element lattice Boltzmann method to study fluid flow and mass transfer processes",

abstract = "In our previous efforts, a least squares finite element lattice Boltzmann method (LSFE-LBM) was developed and successfully applied to simulate fluid flow in porous media. In this paper, we extend LSFE-LBM to simulate solute transport in bulk fluid and couple it with non-linear sorption/desorption processes at solid particle surfaces. The influences of the Peclet number and sorption non-linearity on solute transport is evaluated. Results of this work demonstrate the capability of using LSFE-LBM to study fluid flow and non-linear mass transfer processes at the pore scale.",

author = "Yusong Li and Leboeuf, {Eugene J.} and Basu, {P. K.}",

year = "2005",

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TY - JOUR

T1 - Use of a least squares finite element lattice Boltzmann method to study fluid flow and mass transfer processes

AU - Li, Yusong

AU - Leboeuf, Eugene J.

AU - Basu, P. K.

PY - 2005

Y1 - 2005

N2 - In our previous efforts, a least squares finite element lattice Boltzmann method (LSFE-LBM) was developed and successfully applied to simulate fluid flow in porous media. In this paper, we extend LSFE-LBM to simulate solute transport in bulk fluid and couple it with non-linear sorption/desorption processes at solid particle surfaces. The influences of the Peclet number and sorption non-linearity on solute transport is evaluated. Results of this work demonstrate the capability of using LSFE-LBM to study fluid flow and non-linear mass transfer processes at the pore scale.

AB - In our previous efforts, a least squares finite element lattice Boltzmann method (LSFE-LBM) was developed and successfully applied to simulate fluid flow in porous media. In this paper, we extend LSFE-LBM to simulate solute transport in bulk fluid and couple it with non-linear sorption/desorption processes at solid particle surfaces. The influences of the Peclet number and sorption non-linearity on solute transport is evaluated. Results of this work demonstrate the capability of using LSFE-LBM to study fluid flow and non-linear mass transfer processes at the pore scale.

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U2 - 10.1007/11428831_22

DO - 10.1007/11428831_22

M3 - Conference article

AN - SCOPUS:25144501537

VL - 3514

SP - 172

EP - 179

JO - Lecture Notes in Computer Science

JF - Lecture Notes in Computer Science

SN - 0302-9743

IS - I

T2 - 5th International Conference on Computational Science - ICCS 2005

Y2 - 22 May 2005 through 25 May 2005

ER -

Use of a least squares finite element lattice Boltzmann method to study fluid flow and mass transfer processes

Abstract

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