Polysonic Wind Tunnel
The next-generation Polysonic Wind Tunnel at FSU is a blow-down wind tunnel and allows researchers to run tests between a Mach number of 0.2 to 5.0 including transonic speeds.
The next-generation Polysonic Wind Tunnel at FSU is a blow-down wind tunnel and allows researchers to run tests between a Mach number of 0.2 to 5.0 including transonic speeds.
Hot Jet Facility
A facility capable of producing high-temperature, high-speed airflow is essential to accurately simulate the exhaust from a jet engine. The High-Temperature Jet Facility at FSU's Florida Center for Advanced Aero-Propulsion laboratories has opened the door to numerous research opportunities for the study of both free and impinging jet flow.
A facility capable of producing high-temperature, high-speed airflow is essential to accurately simulate the exhaust from a jet engine. The High-Temperature Jet Facility at FSU's Florida Center for Advanced Aero-Propulsion laboratories has opened the door to numerous research opportunities for the study of both free and impinging jet flow.
Anechoic Wind-Tunnel
The FSU Anechoic Wind Tunnel is an open-circuit subsonic facility. It is used for aerodynamic and aeroacoustic studies of various flow-induced noise phenomenon and boasts state-of-the-art experimental fluid dynamic and aeroacoustic measurement capabilities.
The FSU Anechoic Wind Tunnel is an open-circuit subsonic facility. It is used for aerodynamic and aeroacoustic studies of various flow-induced noise phenomenon and boasts state-of-the-art experimental fluid dynamic and aeroacoustic measurement capabilities.
Subsonic Wind Tunnel
The Subsonic Wind Tunnel enables researchers to perform high-fidelity aerodynamic testing. The facility is a single-pass, Eiffel-styled wind tunnel which is driven by a 200 hp suck-down fan, which minimizes noise through the test section.
The Subsonic Wind Tunnel enables researchers to perform high-fidelity aerodynamic testing. The facility is a single-pass, Eiffel-styled wind tunnel which is driven by a 200 hp suck-down fan, which minimizes noise through the test section.
STOVL
STOVL (Short Take-off and Vertical Landing Jet Facility) provides a means to study both free jet and impinging jet flow physics through the use of several optical diagnostic techniques including Schlieren photography, Particle Image Velocimetry, Background Oriented Schlieren and Pressure Sensitive Paints.
STOVL (Short Take-off and Vertical Landing Jet Facility) provides a means to study both free jet and impinging jet flow physics through the use of several optical diagnostic techniques including Schlieren photography, Particle Image Velocimetry, Background Oriented Schlieren and Pressure Sensitive Paints.
Advanced Machine Shop
The Machine Shop assists students, faculty, and staff with their cutting edge research and education by providing the necessary knowledge, equipment, and experience in machining and fabrication.
The Machine Shop assists students, faculty, and staff with their cutting edge research and education by providing the necessary knowledge, equipment, and experience in machining and fabrication.