General Description |
The Virtual Vehicle Competence Center (ViF) (www.virtuellesfahrzeug.at) was founded in 2002.
Since 2008 ViF has been a holding company of the Austrian COMET K2 research
program K2-Mobility – Sustainable Vehicle Technologies – an international
institution in the field of application-oriented vehicle development. This
program offers an attractive cooperation and research platform in the vehicle
industry. There are more than 180 employees at ViF, almost 90 % of them
involved in research projects dealing with automotive and rail applications.
In 2008, the former Acoustic Competence Centre (ACC), which dates back to 1999,
was merged with ViF, now forming the Area C NVH & Friction at ViF. Here
the work is focused on research and development of models and methods for
reducing noise and vibration of vehicles. |
Supervisors and Expertise |
Dr. Jan Rejlek: vibro-acoustics, numerical
mid-frequency modelling, senior researcher at ViF, supervisor of several
internship students, involved in 4 EU projects, former Marie Curie Fellow, Eugene
Nijman, M.Sc.: vehicle vibro-acoustics, former head of the engine NVH
department at the FIAT Research Centre in Italy, currently scientific head of
Area C, 5 EU projects, Dr. Josef Girstmair works now for more than 7
years in the field of powertrain dynamics and acoustics. He received his PhD
in 2012 in the field of real-time and offline simulation of the vibro-acoustic
behaviour of passenger car drivetrains at the Graz University of Technology; Dr.
Anton Fuchs has more than ten years of expertise in the field of
electrical measurement and received the veniadocendi in the field of process
instrumentation and sensing technology at Graz University of Technology in
2009. |
Key Facilities and Infrastructure |
Anechoic engine test rig, semi-anechoic drive train test rig, modal
analysis test bed, small reverberation chamber, modern data acquisition
systems including acoustic holography, acoustic camera, array of particle
velocity probes, battery test lab, computational facilities, etc. |
Previous Involvement in Research and Training
Programmes |
In the past, ViF coordinated the FP6 EST Marie Curie project SIM-VIA2
(2006-2010, GA no. MEST CT-2005-020263) and participated in numerous EU
projects, such as FP7 ITN MID-FREQUENCY (2008-2012, GA no. 214909), FP7 RTD
MID-MOD (2009-2011, GA no. SCP7-2008-218508), SILENCE and VISPeR. |
Current Involvement in Research and Training
Programmes |
Currently, ViF coordinates an FP7 ITN Marie Curie Project GRESIMO
(2011-2015, GA no. 290050) and is partner in FP7 ITN/EID project eLiQuiD
(2012-2016, GA no. 316422). Apart from the European funded projects, ViF is
actively involved in variety of national and regional research programmes. |
Publications |
1- L. Karas et al. (2011), Vibro-Acoustic Simulation of Aluminium Foam
Parts Using MultiScale Techniques, Advanced
Engineering Materials, WILEY-VCH Verlag, 2011, 13, pp. 1015-1018. 2- J. Rejlek (2012), Wave Based
Technique for the Numerical Mid-Frequency Modelling of Coupled, Unbounded
Vibro-Acoustic Problems, PhD thesis,
Graz University of Technology, ISBN 978-3-200-02547-9. 3- E. Nijman (2012), NVH optimisation of system components in view of
assembly performance, Innovations in
Wave Modelling, September 3-7, 2012, Nottingham. 4- J. Rejlek et al. (2013), A Combined Computational-Experimental
Approach for Modelling of Coupled Vibro-Acoustic Problems, In proceedings of
the SAE 2013 Noise and Vibration Conference and Exhibition, May 20-23, Grand
Rapids, Michigan, USA, 2013. doi: 10.4271/2013-01-1997. |