Lectures

Phase Reconstruction of Shear Layer Instabilities Using Proper Orthogonal Decomposition
Lecture - September 25, 2009 (Friday), 10:00-11:00
Dr. Kilian Oberleithner, Technische Universität Berlin, Fachgebiet Experimentelle Strömungsmechanik

Abstract:
Proper Orthogonal Decomposition (POD) is widely used in the field of Reduced Order Modeling (ROM). Based on a large data set of a turbulent flow, a few POD modes are sufficient to characterize the dynamics of the underlying flow. Instability waves that grow in turbulent shear layers are usually represented by two coupled POD modes.  »»» 

Partition-Of-Unity Finite Elements For Quantum Mechanical Calculations in Condensed Matter
Lecture - September 24, 2009 (Thursday), 1:30pm
Dr. John E. Pask, Lawrence Livermore National Laboratory, Livermore, CA 94551, USA

The Institute of Physics AS CR - Dept. of Theory of Condensed Matter, the Institute of Thermomechanics AS CR and the Czech Society for Mechanics – the expert group for Computational mechanics, jointly invite you to a lecture  »»» 

Compressor leading edges: An industrial game changer
Lecture - July 27, 2009 (Monday), 10:00-11:30
Dr. Rob Miller, Whittle Laboratory, Cambridge University

Dr. Rob Miller undertook his undergraduate, PhD and a research fellowship at Oxford University. For the last eight years he has been a Lecturer in Turbomachinery at the Whittle Laboratory in Cambridge University.  »»» 

Instability of Stratified Flows
Lecture - May 12, 2009 (Tuesday), 9.30-10.30
Dr. Jonathan Healey, Keele University, Great Britain

Dr. J. Healey graduated with a degree in physics at Oxford University in 1987, where he also obtained a DPhil in physics in 1991. His doctoral thesis was concerned with the analysis of phase spaces reconstructed from time series data.  »»» 

Stratification and rotation effects in environmental flows
Lecture - April 29, 2009 (Wednesday), 14:00-15:30
Prof. Yu.D. Chashechkin, Institute for Problems in Mechanics of the RAS

Чашечкин Юлий Дмитриевич (Chashechkin Yu.D.)
Professor and Head of the Laboratory of Fluid Mechanics of the Institute for Problems in Mechanics of the Russian Academy of Sciences
101/1 prospect Vernadskogo, Moscow 119574, Russia,
(E-mail: chakin@ipmnet.ru / Fax: 8 499 739 9531 / Phone 7495434 0192)  »»» 

Upwind techniques of finite element methods for convection dominant flow problem
Lecture - April 17, 2009 (Friday), 10:00–11:30
prof. Atsushi Suzuki, Kyushu University, Fukuoka, Japan & Czech Tecnical University in Prague

Prof. Atsushi Suzuki is the assistant professor of Kyushu University in Japan and also visiting researcher at Czech Technical University in Prague.  »»» 

Fundamentals and Applications of Active Flow Control
Lecture - April 8, 2009 (Wednesday), 14:00
Prof. Avraham Seifert, University Tel Aviv

Prof. Seifert will present two recent research projects conducted in Tel Aviv using active flow control. The first project describes taking airfoil separation control concept to flight while the second describes the application of the newly developed suction and oscillatory blowing actuator for aerodynamic drag reduction of large trucks.  »»» 

Boundary layer experiments in a water channel
Lecture - March 31, Tuesday,14:00-16:00
dr. ir. Hendrik de Lange, Eindhoven University of Technology

Main topics of the research of Dr. de Lange are the boundary layer transition, heat transfer and cooling in gas turbines and the thermodynamics and transient behavior of turbine/compressor systems.The flat plate boundary layer experiments in a water channel have been performed.  »»» 

Flow Control Using Fluidic Actuation
Lecture - 21 October 2008 (Tuesday), 10:00
Prof. Ari Glezer, Woodruff School of Mechanical Engineering, Georgia Institute of Technology, Atlanta, USA

As you surely know, prof. Ari Glezer is the originator of the term „synthetic jet“ and the founder of this particular branch of fluid mechanics.  »»» 

Non-Equilibrium Thermodynamics of Boundary Conditions
Lecture - October 8, 2008 (Wednesday), 11:00
Prof. Dr. Hans Christian Öttinger, ETH Zurich, Institute of Polymers, Switzerland

Abstract: While the field equations for complex fluids are usually formulated such that they respect the principles of nonequilibrium thermodynamics, the choice of  »»» 


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