The design and performance of a low speed one atmosphere cryogenic wind tunnel is described. The tunnel is fan driven and operates over the temperature range 305K to 77K at Mach numbers up to 0.28. It is cooled by the injection and evaporation of liquid nitrogen in the circuit, and the usual test gas is nitrogen. The tunnel has a square test section 0.1m across and was built to allow, at low costs, the development of testing techniques and the development of instrumentation for use in cryogenic tunnels, and to exploit in general instrumentation work the unusuallly wide range of unit Reynolds number available in such tunnels. The tunnel was first used in the development of surface flow visualization techniques for use at cryogenic temperatur...
A compilation of lectures presented at various Universities over a span of several years is discusse...
In the context of an overall development of transonic, cryogenic wnd tunnel technology, NASA has bee...
Experience with the Langley 0.3 meter transonic cryogenic tunnel, which is fan driven, indicated tha...
The characteristics and behavior of a 0.3m transonic cryogenic wind tunnel are discussed. The wide b...
Experiments performed at the NASA Langley Research Center in a cryogenic low-speed continuous-flow t...
The results of the cryogenic wind tunnel program conducted at NASA Langley Research Center are prese...
The cryogenic wind-tunnel concept as a practical means for improving ground simulation of transonic ...
The minimum operating temperature which avoids real-gas effects, such as condensation, was determine...
The cryogenic concept and the advantages it offers with respect to achieving full scale Reynolds num...
The design of a cryogenic wind tunnel which operates continuously, and is capable of attaining trans...
The past 6 years of operation with the NASA Langley 0.3 m transonic cryogenic tunnel (TCT) show that...
Based on theoretical studies and experience with a low speed cryogenic tunnel and with a 1/3-meter t...
Cryogenic wind tunnel users must have available surface flow visualization techniques to satisfy a v...
The theory and advantages of the cryogenic tunnel concept are briefly reviewed. The unique ability t...
The more important changes to the 0.1 m cryogenic wind tunnel since its completion in 1977 are outli...
A compilation of lectures presented at various Universities over a span of several years is discusse...
In the context of an overall development of transonic, cryogenic wnd tunnel technology, NASA has bee...
Experience with the Langley 0.3 meter transonic cryogenic tunnel, which is fan driven, indicated tha...
The characteristics and behavior of a 0.3m transonic cryogenic wind tunnel are discussed. The wide b...
Experiments performed at the NASA Langley Research Center in a cryogenic low-speed continuous-flow t...
The results of the cryogenic wind tunnel program conducted at NASA Langley Research Center are prese...
The cryogenic wind-tunnel concept as a practical means for improving ground simulation of transonic ...
The minimum operating temperature which avoids real-gas effects, such as condensation, was determine...
The cryogenic concept and the advantages it offers with respect to achieving full scale Reynolds num...
The design of a cryogenic wind tunnel which operates continuously, and is capable of attaining trans...
The past 6 years of operation with the NASA Langley 0.3 m transonic cryogenic tunnel (TCT) show that...
Based on theoretical studies and experience with a low speed cryogenic tunnel and with a 1/3-meter t...
Cryogenic wind tunnel users must have available surface flow visualization techniques to satisfy a v...
The theory and advantages of the cryogenic tunnel concept are briefly reviewed. The unique ability t...
The more important changes to the 0.1 m cryogenic wind tunnel since its completion in 1977 are outli...
A compilation of lectures presented at various Universities over a span of several years is discusse...
In the context of an overall development of transonic, cryogenic wnd tunnel technology, NASA has bee...
Experience with the Langley 0.3 meter transonic cryogenic tunnel, which is fan driven, indicated tha...