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February 22, 20260 citationsOpen Access

Mesoscopic Modelling Of The Porous-Fluid Interface In Gas Flow Processes

Mesoscopic modelling of the porous-fluid interface

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Authors

WSW Sadowski

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Overview

Dissertation investigates gas flow at the porous-fluid interface in reactors, suggesting innovative modelling techniques.

Key Points

  • The research aims to explore gas flow dynamics at the porous-fluid interface in fixed bed reactors for improved modelling accuracy.
  • Developed a novel resistance model for the porous-fluid interface.
  • Evaluated various turbulence models for gas flow predictions.
  • Enhanced mathematical formulations related to the gas flow processes.
  • Analyzed the influence of geometry on resistance and turbulence characteristics.
  • Conducted five detailed studies focusing on the interface dynamics.
  • Proposed a continuous mesoscopic model that avoids abrupt transitions to classical models.
  • Demonstrated improved accuracy over traditional models in predicting gas flow.
  • Identified key geometric factors impacting flow resistance and turbulence.
  • Assessed the applicability of the model for systems with moving particles.
  • Highlighted the energy efficiency of the new modelling approach.
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Cite This Study

W Sadowski (2026) studied this question.

synapsesocial.com/papers/699a9e20482488d673cd4898https://doi.org/10.13154/294-14182
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