Add to ORKGA cryogenic shock tube has been developed as a tool for research in fluid mechanics and low-temperature physics. The shock tube was designed to operate with the test section immersed in a cryogenic liquid. A unique diaphragm-changing mechanism makes this shock tube an economical and practical device. There are several advantages in operating a shock tube at cryogenic temperatures. Shock waves of very large Mach number can be produced. The flow field can be accurately calculated using ideal-shock-tube/perfect-gas theory. Boundary-layer effects are decreased, so that long test times are possible
The simple one-dimensional theory for the inviscid flow in a constant area shock tube is reviewed an...
The feasibility and characterization of a novel diaphragmless shock tube was examined at the Nationa...
The flow field produced by a shock wave reflecting from a helium gas-liquid interface was investigat...
A cryogenic shock tube has been developed as a tool for research in fluid mechanics and low-tempera...
Two shock tubes have been developed which allow for partial or full immersion of the test sections w...
A shock tube was constructed with a driver section which could be heated with "Calrod" heaters to te...
A shock tube for studying problems in rarefied gasdynamics is described. The motivation for operatin...
In the present paper an experimental approach for shock waves and shock-condensation phenomena in lo...
No Abstract.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/37329/1/690090621_ftp.pd
The cryogenic concept and the advantages it offers with respect to achieving full scale Reynolds num...
The flow within a shock wave is governed by the relaxation times of the molecular degrees of freed...
Mylar diaphragms in shock tubes are a major improvement over steel diaphragms. Other improvements in...
This paper proposes and demonstrates a novel shock tube driven by commercially available detonation ...
Although the combustion of hydrocarbons is our primary source of energy today, the chemical reaction...
A new shock-tube facility targeting lower temperature and long test times is described. The singlepu...
The simple one-dimensional theory for the inviscid flow in a constant area shock tube is reviewed an...
The feasibility and characterization of a novel diaphragmless shock tube was examined at the Nationa...
The flow field produced by a shock wave reflecting from a helium gas-liquid interface was investigat...
A cryogenic shock tube has been developed as a tool for research in fluid mechanics and low-tempera...
Two shock tubes have been developed which allow for partial or full immersion of the test sections w...
A shock tube was constructed with a driver section which could be heated with "Calrod" heaters to te...
A shock tube for studying problems in rarefied gasdynamics is described. The motivation for operatin...
In the present paper an experimental approach for shock waves and shock-condensation phenomena in lo...
No Abstract.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/37329/1/690090621_ftp.pd
The cryogenic concept and the advantages it offers with respect to achieving full scale Reynolds num...
The flow within a shock wave is governed by the relaxation times of the molecular degrees of freed...
Mylar diaphragms in shock tubes are a major improvement over steel diaphragms. Other improvements in...
This paper proposes and demonstrates a novel shock tube driven by commercially available detonation ...
Although the combustion of hydrocarbons is our primary source of energy today, the chemical reaction...
A new shock-tube facility targeting lower temperature and long test times is described. The singlepu...
The simple one-dimensional theory for the inviscid flow in a constant area shock tube is reviewed an...
The feasibility and characterization of a novel diaphragmless shock tube was examined at the Nationa...
The flow field produced by a shock wave reflecting from a helium gas-liquid interface was investigat...