ONLINE EVENT 16-17 December 2021

Organised by
Logo Aivela

in collaboration with

with the participation of


PRESENTATION
The XXIX A.I.VE.LA. National Meeting is organised in collaboration with the Department of Mechanical Engineering and Mathematical Sciences of Università Politecnica delle Marche and will be held online on 16- 17 December 2021.
The aim of the Meeting is to present the most recent studies and results achieved and tackle possible problems related to the application of non contact or minimally invasive measurement techniques, inlcuding:
 
  • Laser Doppler Anemometry – LDA
  • Phase Doppler Anemometry – PDA
  • Particle Image Velocimetry – PIV
  • Flow visualization techniques
  • Spectroscopic measurement techniques (LIF, Raman, etc.)
  • Laser Doppler Vibrometry – LDV
  • Electronic Speckle Pattern Interferometry – ESPI
  • Holographic techniques
  • Shearography
  • Digital Image Correlation – DIC
  • Moiré techniques,
  • Structured light techniques
  • Infrared imaging
  • Hyperspectral imaging
  • Photoelasticity
  • Image based measurement techniques
  • Ultrasonic sensing
  • Acoustic and Aeroacoustic measurements
  • etc.

Download the Call for Papers here

 
REGISTRATION

To register for the Meeting, participants are kindly requested to fill in and send the Registration form together with the form for the consent to the treatment of their personal data duly signed to: aivela@univpm.it.

Click here to download the REGISTRATION FORM
Click here to download the form for the CONSENT to the TREATMENT of YOUR PERSONAL DATA

PARTICIPATION FEES

 

up to 10th December

from 11th December

REGULAR

€ 150,00

€ 180,00

STUDENT

€ 100,00

€ 130,00

EXTRA PAPER

€   70,00

€   70,00

The participation fees above include the publication of 1 paper, the proceedings and membership to AIVELA for 2021- 2022.

   

COMPANIES

€ 150,00

€ 150,00

Participation fees for Companies include the proceedings, membership to AIVELA for 2021- 2022 as well as “a booth” in the Virtual Exhibition and a time-slot within a special dedicated session of the Meeting where they can present their latest products and services.

Participation fees must be paid by bank transfer in the favour of:
A.I.VE.LA.
c/o Dipartimento di Ingegneria Industriale e Scienze Matematiche
via Brecce Bianche, 60131 Ancona
C.F. 93038610429
c/o UNICREDIT- Agenzia di Via Bruno Buozzi 14, Ancona
IBAN: IT 90 G 02008 02627 000005926544
 
 
 

FLUXOPTICA IS PLEASED TO ILLUSTRATE ITS LATEST PRODUCTS 

TSI INTRODUCES A NEW ADVANCED LASER DOPPLER AND PHASE DOPPLER SYSTEM

TSI is proud to introduce a new state-of-the-art system for laser doppler (LDV) and phase doppler (PDPA) measurements. The new system will help you to obtain excellent results in your challenging aerodynamics and hydrodynamics fluid flow studies, as well as providing simultaneous velocity and size information from sprays. The new Flow Size Analyzers (FSA for LDV and FSA for PDPA) and Itasca laser module are characterized by a lot of improved performance features such as higher doppler frequency range of up to 210 MHz. The associated FSA BurstPro™ – Flow and Particle Analysis Software captures, analyses and displays the data according to your needs.

 
ACCURATE, RELIABLE, HIGH-QUALITY, DURABLE
 
Whether you are using the system in an industrial environment, for research purposes or in a governmental lab, this system provides accurate and high-quality data that you can rely on”, said Jean Stefanini, Global Sales and Marketing Manager of Fluid Mechanics. “The ease of setup means you can operate in multiple locations and never miss a data point for unbiased data.”
RED MORE
 

Click on the image to download the brochure

Click on the image to download the brochure

Click on the image to download the brochure

POLYTEC IS PLEASED TO ILLUSTRATE ITS LATEST PRODUCTS
 
POLYTEC – Shaping the future since 1967
 
As an innovative high-tech company, Polytec provides cutting edge optical measurement solutions to researchers and engineers. Our commitment is to provide the most precise and reliable optical measurement systems and sensors available for non-contact measurement of vibration, length, speed, surface topography and for process analytics. Polytec instruments help to solve pressing application challenges both in R&D and manufacturing quality and process control, they help our customers to maintain and advance the leading position in their field.
Polytec’s laser vibration measurement technology in particular is the global standard in research, product development and quality assurance. Applications range from condition monitoring of machinery and equipment, to acoustic and failure analysis on e.g. gears and drives, to validation of simulation models on prototypes from the mirco to the macro world. Another focus is on optical systems and solutions for 3D surface metrology.
 
PSV QTec® – Reinventing Optical Vibration Mapping
 
With the new generation of the PSV QTec® Scanning Vibrometer, Polytec presents a completely new technology, which is nothing less than a revolution in the full-field optical measurement of vibration deflection shapes. With QTec®, Polytec has achieved a decisive breakthrough. Best signal-to-noise ratio on all surfaces makes measurements up to ten times faster and increases the usable resolution by up to 20 dB. This gain in data quality and test efficiency is especially crucial where optical vibration measurement can already show its advantages as a non-contact, non-invasive test method. The patented QTec® Scanning Laser Doppler Vibrometry makes the decisive difference in data quality and significance.
 
⇐ Click on the image to download the brochure
 
 
 
 
MSA-650 IRIS Micro System Analyzer – Microscope-based vibrometers
 
Optical characterization of dynamics on Si-capped MEMS
 
Visualization of dynamic response is key to testing and developing MEMS devices. This is indispensable for validating FE calculations and determining cross-talk effects. The innovative and patented MSA-650 IRIS Micro System Analyzer allows for measuring true MEMS dynamics by characterizing both in-plane and out-of-plane motions through silicon encapsulation without contact, without need for preparing nor decapping the device. The step of MEMS capping in fabrication processes may result in additional stress, which might alter the device performance. Therefore, a comprehensive characterization of the MEMS device in its final and encapsulated state is needed and indispensible.
 
Click on the image to download the brochure ⇒

Click on the image to download the brochure 

LEARN MORE


 
VibroGo® – Truly portable laser vibration measurement
 
VibroGo® is the truly portable, battery powered laser vibrometer for field studies and quick and easy condition monitoring of machines and facilities on the go. This portable sensor detects noise and vibration and directly displays measurement data in the time and frequency domain. VibroGo® even allows on-board analysis in the field, while covering a wide frequency range of up to 320 kHz. Its outstanding resolution, with high linearity across the entire frequency range provides a handy precision analysis tool. Use VibroGo® for a better understanding of dynamics and acoustics in nature and technology – for research, product development and quality assurance.
 
Click on the image to download the brochure ⇒
VibroGo features and highlights

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Service and support
 
PolyXpert engineering services, system rentals and technical support
 
Polytec has at its disposal a global distribution network with branches in Europe, the USA and Asia and has dealers in all five continents.
This global service network means you can be sure that your needs in the field of optical measuring systems and components as well as contactless vibration measurement technology will be met quickly and comprehensively – regardless of where you require our assistance. In short, wherever you are – we’re at your side.
 
Click on the image to download the brochure ⇒

LEARN MORE

 

Contact us now!
For any questions you may have,
I am looking forward to your call or email:
 
Dipl.Phys. Thomas Karasinski       
Sales International
Phone: +49 7243 604-1030             
Mobile: +49 172 7275632