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Analysis of Stress Jump Coefficient at a Fluid/Porous Interface

Excerpt

Stress jump coefficient at the interface between a porous layer and liquid was investigated for a configuration with natural flow parallel to the interface. An heterogeneous continuously varying interfacial layer between two outer buld regions was introduced. One-domain model in mesoscopic and two-domain model in macroscopic scale were founded respectively. The stress jump coefficient at the interface in two-domain model was determined by comparing with one-domain model based on given permeability and porosity profiles in the intefacial region in mesoscopic scale. The results showed that positive stress jump coefficient would be obtained when the interfacial region was located in the porous medium. Influenced by the flow, the average heat transfer velocity was enhanced with increasing stress jump coefficient.

  • Abstract
  • Keywords
  • Introduction
  • Problem Formulation and Description
  • Numerical Method
  • Results and Discussions
  • 5. Conclusion
  • Nomenclature
  • Acknowledgments
  • References
Topics: Fluids, Stress

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