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Transport processes in porous media

H. Brenner, P. M. Adler

Open publisher page 60 citations

Abstract

This book addresses the issue of transport processes in chemical engineering. It deals with the analysis of solid-fluid systems such as reactor packing, catalytic reactors, groundwater flows, radioactive waste disposal, spatially periodic porous media, surfactant dispersion, and others. Some of the topics covered include: geometrical properties of spatially periodic porous media; some fundamental properties of spatially periodic functions; darcy-scale fields; conduction processes and molecular transport phenomena in porous media and composite materials; kinematics, dynamics, and energetics of fluid motion in spatially periodic porous media; the flow of newtonian liquids; convective-dispersion phenomena; geometric symmetries of spatially periodic porous media.

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What this paper is about

This book addresses the issue of transport processes in chemical engineering. It deals with the analysis of solid-fluid systems such as reactor packing, catalytic reactors, groundwater flows, radioactive waste disposal, spatially periodic porous media, surfactant dispersion, and others. Some of the topics covered include: geometrical properties of spatially periodic porous media; some fundamental properties of spatially periodic functions; darcy-scale fields; conduction processes and molecular transport phenomena in porous media and composite materials; kinematics, dynamics, and energetics of fluid motion in spatially periodic porous media; the flow of newtonian liquids; convective-dispersion phenomena; geometric symmetries of spatially periodic porous media.

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OpenAlex reports 60 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This book addresses the issue of transport processes in chemical engineering. It deals with the analysis of solid-fluid systems such as reactor packing, catalytic reactors, groundwater flows, radioactive waste disposal, spatially periodic porous media, surfactant dispersion, and others. Some of the topics covered include: geometrical properties of spatially periodic porous media; some fundamental properties of spatially periodic functions; darcy-scale fields; conduction processes and molecular transport phenomena in porous media and composite materials; kinematics, dynamics, and energetics of fluid motion in spatially periodic porous media; the flow of newtonian liquids; convective-dispersion phenomena; geometric symmetries of spatially periodic porous media.

Key concepts: Porous medium, Mechanics, Transport phenomena, Fluid dynamics, Convection, Dispersion (optics), Thermal conduction, Materials science

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