WFC10 photo gallery home congress topics congress overview congress programme plenary lecture invited lectures scientific committee exhibition short courses course I course II course III course IV course V course VI plant tours registration info + fees leipzig + travel info organized city tours congress party press links supported by organizer + impress Hosted by Supported by		Short Course lll- Multiphase Flow Simulations     The course is of interest to engineers, technicians, scientists and managers, and other personnel involved in multiphase flow simulations in the process and other industries. It is a comprehensive review of methods for the simulation of multiphase flows, which will cover practical aspects as well as appropriate theoretical information as necessary.       SCOPE: Fundamentals of computational fluid dynamics Euler/Euler Euler/Lagrange VOF Population balance Lattice Boltzmann Smooth particle hydrodynamics       Schedule   8.30-8.45 h Introduction         8.45-9.30 h Classification of Multi Phase Flows     Examples of multiphase, problems in describing multiphase flows   9.30-10.30 h Fundamentals of CFD     Fundamentals of CFD, problems and limits of simulations   10.30-11.00 h Break   11.40-11.45 h Euler/Lagrange - Part I     Theory of Euler/Lagrange methods applications, limits   11.45-12.30 h Euler/Lagrange - Part II     Simulation of turbulent flows, interaction of particles with fluid, wall, and particles   12.30-13.00 h Open Questions     Open-floor questions   13.00-14.00 h Lunch   14.00-14.45 h Euler/Euler     Theory, application, examples   14.45-15.30 h Volume of Fluid     Theory, application, examples   15.30-16.00 h Break   16.00-16.45 h New Methods – Part I     Lattice Boltzmann method in multiphase flows, smooth particle hydrodynamics, theory and examples   16.45-17.30 h New Methods – Part II     Discrete particle methods, population balance, theory and examples   17.30-18.00 h Summary, open questions     Follow-up activities         Course Presenters     Prof. Dr.-Ing. Martin Böhle, Bergische University of Wuppertal Dipl.-Ing. Kathrin Kissling is scientist at the Institute of Mechanical Process Engineering at the University of Stuttgart Privatdozent Dr.-Ing. habil. Steffen Schütz is senior scientist at the Institute of Mechanical Process Engineering at the University of Stuttgart Prof. Dr.-Ing. habil. Uwe Janoske is head of the study program Virtual Engineering at the University of Cooperative Education and the Steinbeis Transfer Centre Simulation in Mechanical and Process Engineering