The University of Oxford has embarked on developing the UK’s fastest wind tunnel, T6, in collaboration with the University of Queensland (Australia) using technology pioneered by the late Professor Ray Stalker. The T6 facility couples the ex-Australian National University T3 free piston driver to the barrels, nozzles and test section of the Oxford gun tunnel. The facility can operate in three different modes; as a shock tube, a reflected shock tunnel or as an expansion tunnel. The T6 facility will be unique to Europe allowing for hypervelocity ground testing not possible in any current EU facilities, whilst having the flexibility to conduct tests across a large range of speeds and binary scaling products (ρL) of interest
X3R is a new, large-scale free-piston driven reflected shock tunnel designed and operated at the Uni...
A new wind tunnel facility located at the University of Southern Queensland, Toowoomba h...
At hypersonic flight the kinetic energy of the flow is large enough that high temperature effects su...
The University of Oxford has embarked on developing the UK’s fastest wind tunnel, T6, in collaborati...
The University of Oxford has embarked on developing the UKs fastest wind tunnel, T6, in collaboratio...
The T6 Stalker tunnel is a multi-mode high enthalpy pulse facility for testing of aerothermodynamics...
The T6 Stalker Tunnel is a multi-mode, high-enthalpy, transient ground test facility. It is the firs...
First commissioning results are presented from the new T6 tunnel — a multi-mode pulse facility for h...
Hypersonics research at the University of Queensland (UQ) was set in motion by the arrival of Profes...
The wind tunnel, designed and built in the Department of Physics at The Australian National Universi...
To provide data for the design of re-entry vehicles and validation of computational models, ground t...
To provide data for the design of re-entry vehicles and validation of computational models, ground t...
This paper summarises the design, operation and installation of the High Density Tunnel at The Unive...
A closed-loop wind tunnel has been constructed on a floor area of 18.7×30.6 m2 at the Thebarton camp...
In the study of atmospheric entry, one of the most challenging environments to model is the lower ph...
X3R is a new, large-scale free-piston driven reflected shock tunnel designed and operated at the Uni...
A new wind tunnel facility located at the University of Southern Queensland, Toowoomba h...
At hypersonic flight the kinetic energy of the flow is large enough that high temperature effects su...
The University of Oxford has embarked on developing the UK’s fastest wind tunnel, T6, in collaborati...
The University of Oxford has embarked on developing the UKs fastest wind tunnel, T6, in collaboratio...
The T6 Stalker tunnel is a multi-mode high enthalpy pulse facility for testing of aerothermodynamics...
The T6 Stalker Tunnel is a multi-mode, high-enthalpy, transient ground test facility. It is the firs...
First commissioning results are presented from the new T6 tunnel — a multi-mode pulse facility for h...
Hypersonics research at the University of Queensland (UQ) was set in motion by the arrival of Profes...
The wind tunnel, designed and built in the Department of Physics at The Australian National Universi...
To provide data for the design of re-entry vehicles and validation of computational models, ground t...
To provide data for the design of re-entry vehicles and validation of computational models, ground t...
This paper summarises the design, operation and installation of the High Density Tunnel at The Unive...
A closed-loop wind tunnel has been constructed on a floor area of 18.7×30.6 m2 at the Thebarton camp...
In the study of atmospheric entry, one of the most challenging environments to model is the lower ph...
X3R is a new, large-scale free-piston driven reflected shock tunnel designed and operated at the Uni...
A new wind tunnel facility located at the University of Southern Queensland, Toowoomba h...
At hypersonic flight the kinetic energy of the flow is large enough that high temperature effects su...