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Home > Courses > Transport Phenomena II

COURSES

Transport Phenomena II

Master Degree in Materials Engineering - Materials for Industry (1st year)

Teachers: M. Frigione, C. Esposito Corcione
Theoretical lessons
  • Moment Transfer in laminar and turbolent flow.
    Dimensional analysis of the conservation equations. Dimensionless groups : definitions and physical meant. Case study : flow past immersed sphere.
    Distribution of velocity in turbulent flow. Mediated expressions for the moment conservation equations.
  • Heat Transfer in laminar and turbolent flow.
    Case studies : heat conduction in a cooling wing, natural heat convection.
    Dimensional analysis of the conservation equations. Dimensionless groups : definitions and physical meant.
    Distribution of temperature in turbulent flow. Mediated expressions for the heat conservation equations.
  • Dimensional analysis technique.
  • Transport coefficient for isothermal systems.
    Coefficient for moment transfer : friction factor. Transport in pipes and past immersed objects. Correlations between dimensionless groups of the moment transport.
  • Transport coefficient for non isothermal systems.
    Heat transfer coefficient. Transport in pipes and past immersed objects. Dimensionless groups for natural and forced heat convection. Correlations between dimensionless groups of the heat transport.
  • Transport coefficient for multi- components systems.
    Mass transfer coefficient. Transport in pipes and past immersed objects. Dimensionless groups for natural and forced mass convection. Correlations between dimensionless groups of the mass transport.
  • Macroscopic balances.
  • Macroscopic balances for isothermal and non isothermal systems with one ore more components. Mass macroscopic and moment balance. Macroscopic balance of energy and mechanic energy ( Bernoulli equation).
Practice
  • Solution of the transport problems for isothermal and non isothermal systems with one or more components.
  • Solution of steady and non steady state problems, using macroscopic balance for Macroscopic balances
Laboratory
  • Solution of non steady state problems with computer numerical simulation.
Recommended books
  • R. B. Bird, W. E. Stewart, E. N. Lightfoot, Fenomeni di Trasporto, Casa Editrice Ambrosiana.
  • L. Theodore, transport phenomena for engineers, International Textbook Company, U.S.
  • A. S. Foust, L. A. Wenzel, C. W. Clump, L. Maus, L.B. Andersen, I principi delle operazioni unitarie, Editrice Ambrosiona, Milano.

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University of Salento   FacoltÓ di Ingengeria   Department of Engineering for Innovation