The CISM – Marie Curie Graduate School on "Smart Structures for Vibro-Acoustic Control" brings together expert lecturers in the fields of vibro-acoustic analysis, active & passive noise and vibration control and lightweight vibro- acoustic materials. The course combines academic scientific excellence with industrial relevant applications and is organized by the partners of three running intersectoral EU FP7 Marie Curie Training Network projects: ITN ANTARES – focussing on smart structures, ITN EMVeM – focussing on energy efficient technology development and EID eLiQuiD – focussing on NVH of electrified vehicles.
The organizers are supported by a number of invited guest speakers and by several other Marie Curie projects such as ITN BATWOMAN, EID CRANE, IAPP DEMETRA, EID ARRAYCON, ITN MARE- WINT and ITN TANGO.
The Graduate School is organised within the technical programme of the International Centre for Mechanical Sciences (CISM) and is held at CISM premises. The school provides technical training for both Early Stage and Experienced Researchers and creates a platform for networking and knowledge exchange.
Admission and Accommodation
The registration fee is Euro 320,00 + 22% Italian VAT taxes, where applicable (bank charges are not included).
The registration fee includes a complimentary bag, three fixed menu buffet lunches, coffee breaks, printed lecture notes, downloadable lecture notes and wi-fi internet access.
Applicants must apply by March 18, 2016.
Applications should be made on-line through our web site
A message of confirmation will be sent to accepted partici- pants.
Information about travel and accommodation is available on our web site, or can be mailed upon request.
A limited number of rooms is available at our Guest House at the rate of Euro 30,00 per person/night.
Applicants may cancel their course registration and receive a full refund by notifying CISM Secretariat in writing (by email) no later than two weeks prior to the start of the course.
If cancellation occurs less than two weeks prior to the start of the course, a Euro 50,00 handling fee will be charged. Incorrect payments are subject to Euro 50,00 handling fee.
Registration and Welcome
Monday, April 18
13:00 - 13:45 Registration
13.45 - 14.00 Welcome
• Prof. P. Gardonio, Course Organiser
• Prof. W. Desmet and Dr. B. Pluymers, Coordinators ANTARES, EMVeM, eLiQuiD Marie Curie Projects
• Prof. A. Soldati, Scientific Board CISM
Content
Monday, April 18
Basic principles in vibro-acoustics Sas P. (KU Leuven)
• Introduction to technical acoustics
• Basics on Noise and Vibration Control
Pluymers B. (KU Leuven)
• Introduction to numerical acoustics
Tournour M. (SISW)
• Advanced Vibro-acoustic CAE
Tuesday, April 19
Smart Passive Systems for vibro-acoustic control
Desmet W. (KU Leuven)
• Introduction of passive noise and vibration control
Deckers E. (KU Leuven)
• Vibro-acoustic testing of lightweight panels
Rouleau L. (CNAM)
• Visco-elastic material solutions – theory
• Visco-elastic material solutions – practice
Dazel O.(LAUM)
• Poro-elastic material solutions – theory
• Poro-elastic material solutions – practice
Claeys C. (KU Leuven)
• Lightweight Meta-materials – theory
•Lightweight Meta-materials – practice
Wednesday, April 20
Smart Active Systems for vibro-acoustic control
Elliott S.J. (ISVR)
• Fundamentals of Active Noise Control
Ghandchi-Tehrani M. (ISVR)
• Fundamentals of Active Vibration Control
Elliott S.J.(ISVR)
• SISO and MIMO feed-forward control algorithms
Ghandchi-Tehrani M. (ISVR)
• Feedback control
Gardonio P.(UniUD)
• Sound Radiation: radiation modes
• Electrodynamic transducers for Active Structural Acoustic Control
• Smart Panels for Active Structural Acoustic Control – Part I
• Smart Panels for Active Structural Acoustic Control – Part II
Thursday, April 21
Industrial applications of vibro-acoustic control
Vansant K. (SISW)
• Vibro-acoustic CAE from a practical perspective
Bein T. (LBF)
• Industrial applications of smart materials
Bonsi D. and Urbanet C. (ELECTROLUX)
• Active Noise Control System on domestic appliance
Rejlek J.(ViF)
• A combined computational-experimental approach
for vibro-acoustic analysis – industrial application
