eucass 2025 | 20th Anniversary | 11th European Conference for AeroSpace Sciences (EUCASS)

Exhibition map / exhibitors

[ Industrial Exhibit ] Planimetria sale mostra | Ground Floor

All the exhibition stands will be located in a single hall, next to the Auditorium, where all the plenary sessions will take place.

Coffee breaks will be offered in this hall. The following plan can help you choose the ideal location for your booth.

Liable to modification

Booth 04 | Sapienza University of Rome (CRAS)
Booth 05 | Western Michigan University
Booth 08 | Avio
Booth 14 | Booked

For more information click on the logo

Congress Center
Auditorium della Tecnica

Viale Umberto Tupini, 65 - Viale dell’Astronomia, 30 | Rome

Congress Center Auditorium della Tecnica, Viale Umberto Tupini 65, which is in the EUR district (business area i the south of the city) which can be reached by car without restrictions.
The venue is 500 m from Metro B station EUR-Magliana (6 stops/10 min from Colosseum metro station; 8 stops 12 min for Termini railways station).

Booth 05 | Western Michigan University

Our booth will demonstrate the four items below utilizing a small 3D printed wind tunnel
- Global Luminescent Oil Film (GLOF)
  - The global luminescent oil-film, or GLOF, skin friction meter is a unique technique developed for the extraction of high-resolution skin friction topological data using the relationship between skin friction, oil-film thickness, and the luminescent intensity of the oil-film mixed with a dye. The GLOF skin friction meter is able to provide data with an extremely high spatial-resolution (one data point per pixel), which is critical for the study of complex separated flows. In the past, the GLOF technique has been successfully used to extract skin friction data from wind tunnel as well as underwater experiments in a variety of cases sch as blended wing models, ground vehicles, delta wings, airfoils, residential buildings, etc.
- Optical Flow Velocimetry (OFV)
  - Optical flow velocimetry, or OFV, is a state-of-the-art global flow diagnostics technique developed for global flow velocity measurements based on image intensity changes. Due to its fundamental working principle, the physics-based optical flow equation, OFV can provide data with an extremely high spatial-resolution (one data point per pixel). In the past, OFV has been successfully used to extract velocity data from various experiments such as planetary cloud-tracking, residential buildings, airfoils, wings, ground vehicles, and wind turbines. In addition to velocity data, OFV can extract pressure data, further expanding the OFV possibilities and/or usefulness in experimental fluid mechanics.
- Pressure Sensitive Paint, or PSP:
  - An image-based global surface pressure measurement technique based on the oxygen-quenching mechanism. PSP is essentially a coating designed to change luminescent intensity based on the surface oxygen concentration, which is directly proportional to the surface pressure. PSP provides surface pressure data with an extremely high spatial-resolution (one data point per pixel). This technique is non-contact and minimally intrusive, which provides a clear advantage to conventional local pressure measuring sensors. In the past, PSP has been successfully used to extract surface pressure data in a variety of experiments such as impinging jets, airfoils, wings, delta wings, hollow-cone-flare cylinders, etc. In addition to surface pressure, PSP can be used to extract skin friction data as an inverse problem.
- Temperature Sensitive Paint, or TSP:
  - An image-based surface temperature measurement technique based on the thermal-quenching mechanism. TSP is essentially a coating designed to change luminescent intensity based on the surface temperature TSP provides global surface temperature data with an extremely high spatial-resolution (one data point per pixel). This technique is non-contact and minimally intrusive, which provides a clear advantage to conventional local temperature measuring sensors.

https://wmich.edu/engineer