Two-phase flow dynamical simulations and modelling

by Yang, Xiaogang

Type Thesis
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Considerable progress in understanding and predicting two-phase flow phenomena has been advanced over the past 10 years or so using a combination of model development, computational techniques and well-designed experiments. However, there remain many modelling uncertainties mainly associated with inadequate physical prescriptions rather than with limitations of the numerical schemes. The present project addresses some of these questions, in particular in relation to dispersive transport by tran…

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Summary

Considerable progress in understanding and predicting two-phase flow phenomena has been advanced over the past 10 years or so using a combination of model development, computational techniques and well-designed experiments. However, there remain many modelling uncertainties mainly associated with inadequate physical prescriptions rather than with limitations of the numerical schemes. The present project addresses some of these questions, in particular in relation to dispersive transport by transient large eddies in free shear flows.

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Edition Statements

  • Publication Date:1996

Thesis Information

  • Degree:Ph.D.
  • University:University of Birmingham

Publication Statements

  • Language:eng
  • Publication Date:1996

Edition Identifiers

  • ethos:530212

Subjects

eng PDF QD Chemistry TP Chemical technology

Writers

Yang, Xiaogang

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