UNIVERSITY OF PARMA
Industrial Engineering Dept.
Parco Area delle Scienze, 181A

 43100 Parma - Italy


   Environmental technical Physics


research fields

people

events

actual projects

Ph.D. positions

links

IP adresses

 

Research fields                                                                                                                                 

  • Acoustics

  • Vibrations

  • Lighting

  • Thermal Sciences (confort, environment, energy conservation, etc.)


People  

 Angelo Farina (full professor, PhD)

 Fabio Bozzoli (assistant professor, PhD)

 Enrico Armelloni (research assistant, PhD)  

 Christian Varani (temporary professor, PhD)

 Andrea Capra (research assistant, PhD)

 Marco Binelli (research assistant, PhD)

 Ludovico Ausiello (research assistant, PhD)

 Alberto Amendola (research assistant, PhD candidate)

 Francesca Nucibella (PhD candidate)

 Erica Pincolini (accounting manager)

   

   

 

 


Events


 

Actual Projects

  • Architectural & Room acoustics

     

    - Preservation of the acoustical behaviour of theatres by "acoustical photography"

    - Advanced techniques for the measurement of the spatial properties of the sound field in rooms

    - "Virtual acoustics" reproduction of real or simulated rooms inside a multi-loudspeaker playback room

    - Construction of an artificial sound source with variable directivity for room acoustical measurements

    - Analysis of the sound quality inside small rooms by the AQT approach

    - Digital filters for equalization of sound systems in small rooms

    - Development of Pyramid Tracing computer models for room acoustics

    - Use of a spherical microphone array for room acoustics measurements and recordings

     

  • Musical Acoustics

- New recording/reproduction techniques based on microphone arrays

- dynamic analysis of resonant boards of wood instruments

- synthesis of virtual musical instruments by the convolution technique

- WFS for recreation of spatial properties of musical instruments

  • Environmental Acoustics

- Environmental noise pollution assessment by measurement with automated instruments

- Environmental acoustical impact assessement by computer simulation

- Development of a numerical code for noise mapping in large urban areas (Citymap)

- Development of a numerical code for detailed analysis of the performances of sound reduction devices, based on the pyramid tracing algorithm (Disiapyr)

- Advanced measurement technique for sound propagation on large distances under notlinear, not time invariant conditions based on the usage of sine sweeps emitted through an omnidirectional loudspeaker

- Advanced measurement technique for "in situ" assessment of the sound absorption and sound insulation of noise barriers and other sound reductiond evices, based on the impulsive technique

- Advanced measurement technique for "in situ" assessment of the sound absorption and sound insulation of noise barriers and other sound reductiond evices, based on the sound intensity technique

- Use of microphone arrays and webcams for sound source localization and one-shot acoustical photography of the emission of industrial plants, vehicles, aircrafts, etc.

- Integrated audio and video analysis of traffic flows on roads and railways employing the Eyesweb processing environment

- Development of low-cost automatic systems for unsurveiled environmental noise monitoring, with automatic data transmission over UMTS.

  • Environmental Vibrations

     

    - Environmental vibration pollution assessment by measurement with automated instruments

    - Advanced measurement technique for propagation of vibrations on large distances under notlinear, not time invariant conditions based on the usage of sine sweeps emitted through an electrodynamic shaker

     

  • Noise and Vibration control AT the WorkplacE

- Development of Pyramid Tracing computer models for noise propagation in factories

- Experimental characterization of the sound propagation in factories by measurement of the spatial decay

- Experimental characterization of the sound power emitted by industrial noise source by the Sound Intensity technique

- Assessment of the noise and vibration exposure at the workplace following EC directives.

- Design of devices and systems for noise and vibration control

- Active noise cancellation by means of loudspeaker arrays

- Active vibration control by means of piezolectric actuators at audio frequencies

  • Innovative Branches of Acoustics

- Analysis of the sound of foods

- Acoustical imaging techniques based on sweep measurement of the impulse response

- Acoustical imaging techniques based on virtual or physical transducer arrays

- Acoustical imaging techniques based on laser velocimetry of painted surfaces for not-invasive search of structural damages 

  • Digital Signal processing and Electronics

- New algorithms for fast digital filtering on floating-point DSP processors

- New algorithm for frequency analysis in fractional octave bands

- DSP control of linear actuators (electromagnetic loudspeakers)

- DSP boards designed on specification for automated measuring instrumentation

- PWM power amplifiers and hybrid analog/digital power amplifiers for efficient amplification of audio signals

- High efficiency, multiphase voltage boosters for automotive audio applications

- Audiophile quality audio processors and cables

- Active noise control for ducted fans

- Acoustical detection of the rotational speed of turbines and centrifugal compressors

- Acoustical measurement of the temperature inside the furnace of steam generators


 

Ph.D. Positions

 

Ph.D. positions and postgraduate/postdoc scholarship are available for graduates in Engineering or Physics to work on the actual research projects of Environmental Technical Physics. For information please contact prof. Angelo Farina (farina@unipr.it).

 


LINKS

  • AIDA (the first spinoff company partecipated by the University of Parma)

  • LAE (Laboratory of Acoustics and Electroacoustics)

  • The Casa del Suono project


Last updated on 09 January 2006