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Single‐phase flow in composite poroelastic media
Mathematical Methods in the Applied Sciences, 2001AbstractThe mathematical formulation and analysis of the Barenblatt–Biot model of elastic deformation and laminar flow in a heterogeneous porous medium is discussed. This describes consolidation processes in a fluid‐saturated double‐diffusion model of fractured rock.
Showalter, R. E., Momken, Bahareh
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2008
In this chapter the governing equations of change for single-phase reactive mixtures are presented.
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In this chapter the governing equations of change for single-phase reactive mixtures are presented.
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Single phase flow in pneumatic conveying systems
1990The design of any pneumatic conveying system requires a basic understanding of air flow in pipes and ducts as well as an appreciation of the various prime movers used to supply air.
G. E. Klinzing +3 more
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Wax deposition in single phase flow
Fluid Phase Equilibria, 1999A series of experiments on wax deposition from oil have been performed in a 50-m long by 43.4 mm ID jacketed flow loop at Tulsa University. Tests were performed on a 35°API crude oil from the Gulf of Mexico with a wax appearance temperature (WAT) of 120°F.
J.L Creek +3 more
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Single-Phase Flow Performance Evaluation Criteria
2019This chapter is mainly focused on performance evaluation criteria for single-phase flow. The objectives and constraints of fixed geometry criteria, variable geometry criteria and fixed cross-sectional flow area criteria have been discussed here. The thermal resistance, St and f relations, heat exchanger effectiveness, effect of reduced exchanger flow ...
Sujoy Kumar Saha +3 more
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Single‐phase flow through porous media
AIChE Journal, 1969AbstractThe local volume average of the equation of motion is taken for an incompressible fluid flowing through a porous structure under conditions such that inertial effects may be neglected. The result has two terms beyond a pressure gradient: g, the force per unit volume which a flowing fluid exerts on a porous structure, and the divergence of the ...
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