Complex flows

• Develop algebraic relations and differential equations for complex flows from conservation principles and apply this on fluid problems
• Describe and apply relations for exchange of heat and mass at a surface
• Describe phenomena in compressible flows and compute one-dimensional compressible flow
• Classify and describe multiphase flows
• Describe and solve dynamical relations for particles and droplets in a flow
• Use statistical relations to describe a population of particles, droplets or bubbles
• Describe and apply models for particle-particle, particle-fluid and particle-wall interaction
• Apply averaged equations for complex flow using differential equations and fluxes
• Describe and model effects of surface tension in flows
• Present a technical solution or model in a short and precise form

One-dimensional compressible flows, analogy between momentum, heat and mass transfer, classification of multiphase flows, dynamical relations for particles and droplets, statistical description of particles, droplets or bubbles, models for particle-particle, particle-fluid og particle-wall interaction, averaged equations for multiphase flows. General experience in applying and developing models for complex flow situations.

41320/02002/02631, Routine in applying Navier-Stokes equations and experience with programming for data processing.

Lectures and problem solving

Some exercises will use Python as programming language