Priv.-Doz. Dipl.-Ing. Dr.techn. Bernhard Scheichl
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Tower BA/E322, Room BA 07 G08 |
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Getreidemarkt 9 |
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1040 Vienna, Austria |
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Curriculum vitae
15.04.1969 |
born in Mödling, Austria |
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Education |
06.1987 |
Matura (Grammar school, BGuBRG Mödling) |
1987–95 |
Studies of Mech. Engng, spec Chem. Engng, Technische Universität Wien (TUW), Vienna, Austria |
10.1995 |
Dipl.-Ing. (MSc) |
1995–96 |
Civilian service, municipality of Mödling |
04.1997–06.2001 |
Post-graduate studies, research assistant, Institute of Fluid Mechanics and Heat Transfer (IFMHT), TUW, Austria |
21.06.2001 |
Dr. techn. (PhD) |
07.11.2011 |
Habilitation (venia docendi, Priv.-Doz.) in Fluid mechanics, TUW |
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Post-graduate employments in industry |
1996 |
Process and commissioning engineer, Hoerbiger Ventilwerke GmbH & Co KG, Vienna |
02–03.1997 |
Real Time Computersoftware GmbH, Vienna |
08.2001–10.2002 |
Process and R&D engineer (biotechnology), Vogelbusch AG, Vienna |
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Post-doctoral research positions |
11.2002–07.2003 |
Kplus project: Simulation of Spinning-Process Technologies granted by the Austrian Research Promotion Agency (FFG), IFMHT jointly with Kplus Competence Center Carinthian Tech Research (CTR) and SEZ AG (now Lam Research AG), both Villach, Austria |
08.2003–08.2007 |
Austrian Science Fund (FWF) project # P16555-N12: Interaction theory of turbulent marginal separation, IFMHT |
09.2007– |
Research fellow, IFMHT |
10.2008– |
Key scientist, specialist in fluid mechanics and heat transfer, for Modelling and Simulation & XTribology Area Multi-scale Computational Tribology, AC²T research GmbH & appendant Austrian Excellence Center for Tribology (XTribology, granted within the COMET K2 program of Austrian Research Promotion Agency, FFG), Wiener Neustadt, Austria |
03.2009–03.2012 |
Leader of XTribology Area Multi-scale Computational Tribology |
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03.2012– |
Senior Lecturer (eq. Associate Prof.), IFMHT & Dept. of Math., UCL| |
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09.2015– |
Principal scientist for Austrian Tribology Society (OeTG) |
06.2017– |
Visiting scholar, Dept. of Math., UCL |
08.2022– |
Honorary Associate Prof., Dept. of Math., UCL |
Teaching
ongoing |
Supervision of PhD and Master theses, IFMHT in collaboration with AC²T |
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Lectureships |
1998–2012 |
Fundamentals of fluid mechanics & Fluid Mechanics, Mass transfer, Dynamics of real fluids (exercises in Master Program Mech. Engng, TUW) |
02.2008 |
2-weeks course Basics of fluid mechanics, OMV Well Academy |
09.2009 |
Modern aspects of high-Reynolds-number asymptotics of turbulent boundary layers – from fully attached to marginally separated flows, lecture in CISM Course on Asymptotic Methods in Fluid Mechanics: Survey and Recent Advances |
11.2011– |
annual 1-day course Fundamentals of hydrodynamic lubrication, Master Program Mechatronics, spec. Surface Engineering & Tribology, UAS Wiener Neustadt |
SS 2012– |
Turbulent flows, 2h/week, Master Program Mech. Engng, TUW |
11.2013 |
Turbulent flows, LTCC, Dept. of Math., UCL |
01.2019 |
Theory of the hydraulic jump, LTCC, Dept. of Math., UCL |
SS 2019–21 |
Fluid mechanics, (Master Program Mechatronics, UAS Wiener Neustadt |
03.2020 |
1-week course Asymptotic methods in fluid mechanics, Dept. of Math., UCL |
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Organisation of courses |
04.2009 |
1-week course on interacting internal high-Reynolds-number flows, IMFHT, by Prof. F. T. Smith (Dept. of Math., UCL) |
04.2010 |
1-week course on asymptotic theory of hydrodynamic stability, IFMHT, by Prof. J. J. Healey (Dept. of Math., Keele University, UK) |
01.2012 |
1-week course on fundamentals of elasto-hydrodynamic lubrication, AC²T, by Prof. H. P. Evans] & Prof. F. M. Borodich (Tribology Group, School of Engineering, Cardiff University) |
11.2013– |
annual compact (1-week) course Waves, Imaging and Fluid-Structure Interactions in Medicine and Biology, Master & PhD programs Mech. Engng & Biomedical Engineering, TUW, by Prof. N. C. Ovenden and Dr. R. I. Bowles (Dept. of Math., UCL) |
Research
Interests
- High-Reynolds-number flows (boundary layers, wall-bounded/separated turbulent shear layers)
- Rotating-disc flows (generation of hydraulic jumps)
- Lubricant flow (cavitation, film rupture, inertia effects, mixed/boundary lubrication)
- Applied mathematics (asymptotic analysis, singular perturbation methods)
- Numerical mathematics
Publications, projects, co-organisation of conferences
Visit my entries in the publication database of the TUW
Visit my entries in the project database of the TUW
Minisymposium Perturbation Methods in Fluid Mechanics (EFMC12, TUW, 09-13/09/2018)
Reviewing
Journals: AIAA J., Eur. J. Mech. B‐Fluid, J. Appl. Math. Phys. (ZAMP), J. Eng. Math., J. Fluid Mech., Tribol. Int., etc.
- Funding organisiations: Czech Science Foundation (GACR)
Memberships & IDs
- scientific organisations: AIAA, APS-DFD, ERCOFTAC, EUROMECH, GAMM, OeTG
Web-of-Knowldge ResearcherID: D-4917-2013, ORCID: 0000-0002-5685-9653