Measurement of Shock Wave Speed Based on ...

URL: http://www.joa-journal.org/paperInfo.aspx?ID=1844

The propagation characteristic of shock wave front is very important for the research on the power and effect of explosion. A device was developed to measure shock wave speed based on the principle that the insertion loss of fiber curved critically with its minimum radius of curvature increases sharply when pressure is put on it. The principle, configuration, operation process and experimental validation were discussed in detail. Experiment of shock wave from 50g TNT exploder has been carried out, and the mean speeds at 4 specified distances from the explosion center have been measured. The data obtained indicate that the speed gradually reduced with the increased distance from the explosion center, and the results prove that the device based on critically curved fiber loops is practical and effective to measure the shock wave speed.

There are no views created for this resource yet.

Additional Information

Field Value
Last updated May 15, 2013
Created unknown
Format aspx
License Other (Open)
Createdover 12 years ago
Media typetext/html
Size28,521
formataspx
idc76b2b9c-2e6b-4601-b260-80ab4318d03a
last modifiedover 12 years ago
package idd49dda01-dbb1-43a7-8cd2-bef42bea9292
resource typefile
revision id5b57162e-6a0d-403b-b062-b2f8d5c5e029
stateactive