Over the last decade, optical measurement techniques in general and laser-based techniques in particular have been widely and intensively applied. Such enormous development has been achieved thanks to the great advances and improvements in laser technology, optical components, fiber optic production, signal analysis, pattern recognition and sensor design, which have provided both physicists and engineers with the possibility to conceive and design new measurements instruments. These new laser-based techniques have proved to be of paramount importance to overcome problems related to vibration measurements, such as intrusivity and frequency response, and to allow measurements in harsh conditions like high-temperature surfaces, noisy environments or when hard-to-reach, small and weak objects are analysed.
The fifth edition of the Conference on "Vibration Measurements by Laser Techniques" will take place in Ancona, on 19-21, June 2002 with the intention to offer a forum for those involved either in research or application of laser instruments for motion, velocity and vibration measurements on solids, with the purpose of diffusing the knowledge and use of these techniques and of favouring the development of new systems for laboratory use, field testing or industrial applications.
In conjunction with this appointment, a "Short Course on Vibration Measurements by Laser Techniques" is planned the day before the Conference, on 18, June 2002. The one-day tutorial course will be given by leading experts in the field of vibration measurements by laser techniques and experimental sessions will be organised in co-operation with instrument manufacturers. The Short Course is intended to provide an overview on the basics of Laser Techniques for vibration measurements and to offer hands-on experience on the most recent instrumentation.
Moreover, as for the past editions, the Conference will host an Exhibition to enable participating organizations to bring their products to the attention of potential customers. Leading manufacturers of laser vibrometer systems, holographic equipment and modal and noise analysis systems will exhibit all the latest measurement devices and techniques currently available on the market.
J.R.
Arruda
University
of Campinas, Brasil
arruda@fem.unicamp.br
A.K.
Asundi
Nanyang
Technological University, Singapore
masundi@ntu.edu.sg
D.B.
Bogy
University
of California, Berkeley, USA
X.
Carniel
Centre
Tech. Industries Mecaniques, Senlis, France
xavier.carniel@cetim.fr
A.
Chakari
LSP,
Université L. Pasteur, Illkirch, France
D.J.
Ewins
Imperial
College, London, United Kingdom
d.ewins@ic.ac.uk
H.J.
Foth
Universität
Kaiserslautern, Germany
foth@rhrk.uni-kl.de
N.A.
Halliwell
Loughborough
University, United Kingdom
N.A.Halliwell@lboro.ac.uk
D.J.
Inman
Virginia
Tech., Blacksburg - VA, USA
dinman@vt.edu
S.M.
Khanna
Columbia
University, New York, USA
smk3@columbia.edu
A.G.
Mignani
Consiglio
Nazionale delle Ricerche, Firenze, Italy
mignani@iroe.fi.cnr.it
L.D.
Mitchell
Virginia
Tech., Blacksburg - VA, USA
lamitch3@vt.edu
N.
Okubo
Chuo
University, Tokyo, Japan
okubo@mechgate.mech.chuo-u.ac.jp
G.C.
Righini
Consiglio
Nazionale delle Ricerche, Firenze, Italy
righini@iroe.fi.cnr.it
P.
Sas
University
of Leuven, Belgium
paul.sas@mech.kuleuven.ac.be
H.
Tiziani
Universität
Stuttgart, Germany
H.J.
von Martens
Physikalisch
Technische Bundesanstalt, Berlin, Germany
hans.juergen.v.martens@ptb.de
E.
Wagner
Fraunhofer
Institut Physikalische Messtechnik, Freiburg, Germany