Person profile

Privatdoz. Dipl.-Ing. Dr.techn.

Bernhard Scheichl

Phone +43 1 58801 32225

E-Mailbernhard.scheichl@tuwien.ac.at

Assigned

E322	E322-01

Business Card

https://orcid.org/0000-0002-5685-9653

Research department

Name	Management/Member
Institut für Strömungsmechanik und Wärmeübertragung	Member

Research area

Name	Management/Member
Forschungsbereich Strömungsmechanik	Member

Profile

Research profile (German):

Asymptotische Theorie turbulenter Scherströmungen, Grenzschichttheorie, insbesondere Grenzschicht-Ablösung, Triple-deck-Theorie Rotierende Strömungen Schmiertheorie, Elastohydrodynamik

Research profile (English):

Asymptotic theory of turbulent shear flows, boundary layer theory, with special focus on boundary layer separation, Triple-deck-Theory Rotating flows Lubrication theory, elasto-hydrodynamics

Additional information:

Memberships in scientific organisations:

AIAA, APS-DFD, ERCOFTAC, EUROMECH, GAMM, OeTG

Link to CV:

http://www.fluid.tuwien.ac.at/BernhardScheichl

Personal website:

http://www.fluid.tuwien.ac.at/BernhardScheichl

Strategic Cooperation

Cooperation partner	International	Contact	Cooperation method	Deposited by
AC²T research GmbH	National	Dr. Ewald Badisch (GF), Dr. Shreyas V. Jalikop, Dr. Georg Vorlaufer, DI Lukas Wagner	Sonstiges, Forschungskooperation	Vertrag
Austrian Tribology Society (ÖTG)	National	Prof. i.R. Friedrich Franek, PD Dr. Nicole Dörr (Präsidentin)	Forschungskooperation	Kooperationsvereinbarung
Software Competence Center Hagenberg (SCCH) GmbH	National	Dr. Florian Sobieczky	Forschungskooperation	Vertrag
University College London	International	Dr. Robert I. Bowles, Prof. Nick C. Ovenden, Prof. Frank T. Smith, Prof. Helen J. Wilson, Department of Mathematics	Forschungskooperation, Kooperation in der Lehre	Kooperationsvereinbarung
University of L'Aquila	International	Prof. Luca Biancofiore	Forschungskooperation	Kooperationsvereinbarung

Keywords

Keyword (German)	Keyword (English)
Strömungslehre	fluid dynamics
Tribologie	tribology
Aerodynamik	aerodynamics
Asymptotische Theorie turbulenter Scherströmungen, insbesondere Grenzschicht-Ablösung	Asymptotic theory of turbulent shear flows, with special focus on boundary-layer separation
Schmiertheorie, Kavitation, Elastohydrodynamik	Lubrication theory, cavitation, elasto-hydrodynamics
Strömungsmechanik	Fluid mechanics
Triple-deck-Theorie	Triple-deck-Theory
Grenzschichttheorie, Triple-deck-Theorie, asymptotische Methoden	Boundary layer theory, triple deck theory, singular perturbation techniques
Grenzschichttheorie	Boundary layer theory
Schmiertheorie	Lubrication theory
Rotierende Strömungen	Rotating flows
Turbulente Strömungen	Turbulent flows
Numerische Mathematik	Numerical mathematics
Elastohydrodynamik	elasto-hydrodynamics

Research Focal Areas

Research focus	Research field	Keywords	Percentage
Computational Science and Engineering	Modeling and Simulation	Particle Physics, Process Simulation, Multiscale Modelling, Mixed Signal Simulation, Computational Economics, Computational Health Care, Biomedical Engineering, Actuarial Modelling	50
Computational Science and Engineering	Computational Fluid Dynamics	Multi Phase Flows, Reactive Flows, Stability, Turbulent Flows, Multi Scale and Layer Phenomena, Environmental Fluid Dynamics, Fluid Structure Interactions	50

Faculty focus

Faculty focus	Percentage
Numerische Ingenieursmethoden und IT gestütztes Engineering	100

Area of expertise according to Statistik Austria

Code	Area of expertise (German)	Area of expertise (English)
2237	Tribologie	Tribology
2219	Strömungslehre	Fluid mechanics
2342	Aerodynamik	Aerodynamics
1114	Numerische Mathematik	Numerical mathematics
1104	Angewandte Mathematik	Applied mathematics

Reference Projects

Title	Funding program	Function	Website	From	Until
National, FFG - österreichische Forschungsförderungsgesellschaft
XTribologie (Center of Excellence for Tribology)	Basisprogramm		http://www.ac2t.at/ac2t/	01.04.2010	31.03.2020

International award

Awarding Organization	Country	Program	Function	Name	From	Until	Website	Project ID
EU - Europäische Union		EC Europäische Komission - Marie Curie		Mitarbeit als ESR-Supevisor bei Marie-Curie ITN "INFRAME", gem. mit AC²T research GmBH, eingereicht 13/01/2015.	01.11.2015	31.10.2019

Presidencies, assessments, or memberships in appointment/habilitation commissions

Committee type	Function	Candidate name	Committee location	from-to	Comment
Dissertation	Gutachter_in	129487	Internal	05/2024 - 06/2024
Habilkommission	Mitglied	Alexander Schirrer (E325-04)	External	10/2020 -
Berufungskommission	Mitglied	Carsten Gachot (E307-05, E902)	External	05/2021 -
Masterarbeit	Betreuer_in	Diverse	External	10/2017 -
Masterarbeit	Mitglied	Diverse	External	03/2018 -
Dissertation	Betreuer_in	Diverse	External	06/2017 -
Dissertation	Gutachter_in	Yunpeng Wang	External	09/2019 -	Reviewer & member.

Membership in committee

Committee	Description	Location	Function	From-To	Comment
Gremien an der TU Wien	Fakultätsrat / MWBW	Österreich	Member	03/2024 -	Alternate member

Journal participation

Title	Classification	Referenced	Function	From-To	Comment
AIAA J., J. Appl. Math. Phys. (ZAMP), J. Eng. Math., J. Fluid Mech., Tribology International, etc.	unklassifiziert	Yes	Reviewer	01/2006 -
Journal of Fluid Mechanics	SCI (Science Citation Index)	Yes	Reviewer	01/2010 -

R&D Accomplishments

Description	From	Until
Andere Kategorien
Mitarbeit als ESR-Supevisor bei Marie-Curie ITN "INFRAME", gem. mit AC²T research GmBH, eingereicht 13/01/2015.	10/2014	01/2015

Events / Conferences

Category	Collaboration	Event name	From	Until	Function/Comments
Wissenschaftliche Konferenz/Symposium	Scientific Board	EFMC12 / 12th European Fluid Mechanics Conference (09-13 September 2018, TU Wien)	09/2017	09/2018	Co-organising Minisymposium "Perturbation techniques in fluid mechanics". jointly with Stefan Braun (TU Wien) & Helen J. Wilson (UCL)
Wissenschaftliche Konferenz/Symposium	Organisator_in	ÖTG-Symposium 2025 - Tribology in Industry and Research	01/2025	11/2025	Organizing scientific seminar part on "Rheology in Tribology"

Software

Title	Description	Website	Publication	Project
SPARSOL - numerical software for finding roots of large sparse systems of algebraic equations.	SPARSOL adapts the Powell hybrid method for accommodating it to large sparse systems of equations and has thus filled a gap in easy-to-use numerical software. Originally written in C, it has been included in the NAG Fortran/C libraries as routines c0qsf/c0qsc since 2008.	https://support.nag.com/numeri...