Priv.-Doz. Dipl.-Ing. Dr.techn. Bernhard Scheichl, Hon. Assoc. Prof.
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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, AT |
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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 TUW Business Card & Person profile
Visit my TUW Research Projects
Minisymposium Perturbation Methods in Fluid Mechanics (EFMC12, TUW, 09-13.09.2018)
Advanced School Interfacial flows – The power and beauty of asymptotic methods (CISM, Udine, 05-09.06.2023)
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