Results 191 to 200 of about 344,288 (252)
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The Physics of Fluids, 1963
An explicit solution is given to the one-dimensional hydrodynamic shock tube problem. The dynamic and thermodynamic quantities in the quasisteady states and the properties of the resulting waves are derived from the diaphragm pressure ratio and the initial conditions of the driver gas and the driven liquid.
Glass, I. I., Heuckroth, L. E.
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An explicit solution is given to the one-dimensional hydrodynamic shock tube problem. The dynamic and thermodynamic quantities in the quasisteady states and the properties of the resulting waves are derived from the diaphragm pressure ratio and the initial conditions of the driver gas and the driven liquid.
Glass, I. I., Heuckroth, L. E.
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Journal of Microelectromechanical Systems, 2012
This paper reports on the design, microfabrication, characterization, and testing of the first instrumented micrometer-scale shock tube. This device was fabricated by a series of etching, deposition, and patterning processes of the different structural layers on a silicon substrate to first create an array of direct-sensing piezoelectric pressure ...
Gholamreza Mirshekari +1 more
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This paper reports on the design, microfabrication, characterization, and testing of the first instrumented micrometer-scale shock tube. This device was fabricated by a series of etching, deposition, and patterning processes of the different structural layers on a silicon substrate to first create an array of direct-sensing piezoelectric pressure ...
Gholamreza Mirshekari +1 more
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1967
To study the excitation of dissociation and ionization of molecules in a shock tube, one must establish a temperature at which these phenomena could take place. What conditions are necessary for this to happen?
Ye. V. Stupochenko +2 more
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To study the excitation of dissociation and ionization of molecules in a shock tube, one must establish a temperature at which these phenomena could take place. What conditions are necessary for this to happen?
Ye. V. Stupochenko +2 more
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Shock Waves, 2015
A “counter-driver” shock tube was developed. In this device, two counter drivers are actuated with an appropriate delay time to generate the interaction between a shock wave and a flow in the opposite direction which is induced by another shock wave. The conditions for the counter drivers can be set independently. Each driver is activated by a separate
T. Tamba +5 more
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A “counter-driver” shock tube was developed. In this device, two counter drivers are actuated with an appropriate delay time to generate the interaction between a shock wave and a flow in the opposite direction which is induced by another shock wave. The conditions for the counter drivers can be set independently. Each driver is activated by a separate
T. Tamba +5 more
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1994
Abstract The simple shock tube is well established as a facility for investigating numerous problems in the physical sciences. A similar method has been extended to the study of cylindrical and spherical shock waves and expansion waves in Chapter 8.
Irvine I Glass, J P Sislian
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Abstract The simple shock tube is well established as a facility for investigating numerous problems in the physical sciences. A similar method has been extended to the study of cylindrical and spherical shock waves and expansion waves in Chapter 8.
Irvine I Glass, J P Sislian
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Zeitschrift für Elektrochemie, Berichte der Bunsengesellschaft für physikalische Chemie, 1957
AbstractA qualitative survey of one‐dimensional shock‐tube theory is presented first. The concepts discussed include: 1. the contact surface, 2. the incident and reflected shock wave, 3. the rarefaction wave, 4. interactions between shock and rarefaction waves, and 5.
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AbstractA qualitative survey of one‐dimensional shock‐tube theory is presented first. The concepts discussed include: 1. the contact surface, 2. the incident and reflected shock wave, 3. the rarefaction wave, 4. interactions between shock and rarefaction waves, and 5.
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Review of Scientific Instruments, 1966
A Twyman-Green arrangement with a narrow laser beam and twin photomultipliers is used to obtain positive indication of the direction of fringe movement, resolution of 1/12 of a fringe, and good discrimination against shock induced radiation. The instrument has been successfully applied to the study of ionization behind strong argon shocks.
Arthur L. Besse, Joseph G. Kelley
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A Twyman-Green arrangement with a narrow laser beam and twin photomultipliers is used to obtain positive indication of the direction of fringe movement, resolution of 1/12 of a fringe, and good discrimination against shock induced radiation. The instrument has been successfully applied to the study of ionization behind strong argon shocks.
Arthur L. Besse, Joseph G. Kelley
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The Journal of the Royal Aeronautical Society, 1954
In recent years interest has been revived in an apparatus which was first developed more than fifty years ago. This apparatus, which is known today as a shock tube, is a very useful research tool, the versatility of which is not generally appreciated in this country.
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In recent years interest has been revived in an apparatus which was first developed more than fifty years ago. This apparatus, which is known today as a shock tube, is a very useful research tool, the versatility of which is not generally appreciated in this country.
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1994
Abstract When a gas carries many solid particles, these particles significantly affect the flow by the transfer of momentum and heat from or to the gas. Shock waves propagating in such a dusty gas are characterized by a transition region orders thicker than that caused by viscosity and heat conduction in a pure gas. Across the transition
Irvine I Glass, J P Sislian
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Abstract When a gas carries many solid particles, these particles significantly affect the flow by the transfer of momentum and heat from or to the gas. Shock waves propagating in such a dusty gas are characterized by a transition region orders thicker than that caused by viscosity and heat conduction in a pure gas. Across the transition
Irvine I Glass, J P Sislian
openaire +1 more source