Dipl.-Ing. Dr. techn. Stefan Scheichl

Getreidemarkt 9 / BA-Hochhaus/ 7. Stock, E322 / Raum BA 07 G16

1060 Wien, Austria

Tel., e-mail

05/07/1970

born in Mödling, Austria.

Education

1976-1980

Elementary school in Mödling.

1980-1988

Grammar school, BGuBRG Mödling.

1988-1993

Studies of Mechanical Engineering (specialization in Chemical Engineering) at the Vienna University of Technology, Austria.

11/1993

Master's Degree (Dipl.-Ing.), thesis: Unsteady transonic nozzle flows in dense gases (BZT fluids) (in German), supervisor: Prof. A. Kluwick.

1994-1998

Postgraduate (PhD) studies as research assistant at the Christian Doppler Laboratory for Continuous Solidification Processes at the Institute of Fluid Dynamics and Heat Transfer, Vienna Univ. Tech., Austria.

10/1998

Doctoral Degree (Dr. techn.), thesis: Wave propagation and turbulence phenomena in strip casting processes (in German), supervisors: Prof. A. Kluwick, Prof. W. Schneider.

1998-1999

Civilian service.

Post-graduate employments in industry and research institutions

1999-2000

Process engineer at VATECH Hydro (now part of Siemens Austria), Vienna, dealing with the computational simulation of processes in thermal power plants.

2000-2002

R&D engineer at Philips Sound Solutions (now part of Knowles Electronics), Vienna, engaged in computational acoustics for loudspeakers and mobile phones.

2002-2005

Postdoc scientist at the Acoustics Research Institute of the Austrian Academy of Sciences in Vienna, conducting research in theoretical and computational acoustics.

2006-2009

Research fellow at the Institute of Fluid Dynamics and Heat Transfer, employed under a grant of the Austrian Science Fund (FWF), project # 18644: The dynamics of near critical leading edge separation, the associated radiation of sound: the role of Fisher’s equation; project leader: Prof. A. Kluwick.

since 10/2009

Senior Postdoc, employed under a grant of the Austrian Science Fund (FWF), project # 21771: An asymptotic description of transitional separation bubbles - compressibility effects and acoustic radiation; project leader: Stefan Scheichl.