Aerodynamics , Computational Fluid Dynamics CFD , Fluid Dynamics , Mechanical Engineering , Multiphase Flows , OpenFOAM , Process Engineering , Thermal Engineering , Transport Phenomena , Turbulent Flows ,

Multiphase Flow Course: Basic Concepts, Modeling and CFD Simulations

This is a unique new course to integrate our extensive experiences on Transport Phenomena (Fluid Mechanics, Heat and Mass Transfer), Dynamic Surface Phenomena, Interfacial Properties, CFD, OpenFOAM, for Multiphase Flow Modeling and Simulation. April 23 to June 11, 2024. (15sessions x 90 min, 8 Weeks), Tuesdays and Thursdays, 16:00-17:30 (Berlin Time)

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Aliyar Javadi · March 18, 2024

April 23 to June 11, 2024. (15sessions x 90 min, 8 Weeks), Tuesdays and Thursdays, 16:00-17:30 (Berlin Time) Registration Form. (Early registration deadline with reduced fee 31 March, 2024):

After more than 3 decades developing modeling and computational methodologies for multiphase flow simulation, nowadays we have certain methodologies and tools for this purpose including: Eulerian-Eulerian, Eulerian-Lagrangian, Volume-of-Fluid (VOF), Smoothed Particle Hydrodynamics (SPH), Lattice Boltzmann Method (LBM), Discrete Element Method (DEM), etc. However to benefit from the available methods and tools, there is lack of basic CFD knowledge, and much more lack of experts who know basic concepts and modeling for Multiphase Simulations.

However most of the available positions and opportunities for CFD experts are related to multiphase flow simulations, not only in mechanical, material and process engineering but also for many new fields in pharmaceutical industry, biomedical, biotechnology, food process, environmental technology, mines and minerals, which are involve in multiphase phenomena, intensively. In comparison with CFD simulations of the single phase systems, we have to manage two additional following steps and required knowledge towards Multiphase Simulations:

1-Interface tracking/capturing algorithm (e.g. via definition of the phase indicator and interface reconstruction techniques in VOF)

2-Integrating surface forces term in Naiver-Stokes Equations at interface of two phases (e.g. via continuum surface force model in VOF).

And this is just the base for multiphase simulation for pure systems. Still there are other open challenges, such as:

-Concentration/Temperature dependence of Surface Tension values for most of the practical mixtures and solutions. In addition to the known surfactants & detergents, most of the petrochemical products, mines and minerals, food materials, drugs, micro-nanoparticles, dyes, pesticides, polymers, proteins, cells, microorganisms, are surface active. While small concentration of these material can be negligible on viscosity & density, it can change the Surface Tension and Interfacial Properties, dramatically, even in ppm levels.

-Additional functions and refinements for breakups and coalescence processes.

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The regular registration fee is 150 Euro (via Paypal/Credit Card integrated in the form during submission). Discounts: Early Registration 20% , Students 50%, World Academies (WAC) Members* 50 % , WAC-Students 60 %, WAC Group Leaders** & Selected RTR Applicants*** 70% (can be up to 100 % free depends on potential RTR Activities considering your RTR Application). Further questions and support: workshop@world-academies.com

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Selected participants would also have the opportunity for RTR (Remote Training and Research) collaboration with World-Academies, as well as with Academic & Partners. For this purpose you can write down your interest in summary and then complete WAC RTR application*** form.

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Related Courses

If you want to be better prepared for Multiphase Simulation Course in April, you can attend to the following basic courses starting next week:

Basic Course on Fluid Dynamics, Heat & Mass Transport Phenomena

Practical CFD Simulation Course1: OpenFoam & CFD Software-Run3

Dynamic Surface Phenomena, Colloids, Foams and Emulsion, & Interfaces Course

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