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This paper discusses the analytical steps used to predict the charges weight and standoff distances along with the relevant experimental results.
Another objective of this research program was to study the feasibility of using a modified displacement based methodology to predict the explosive charges weight and standoff distances required to impose a given damage level.
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The main test parameters included the explosive charge weight and the magnitude of axial load.
A series of experiments with increasing dynamite charge weight were conducted on this multi-layered structure.
Impulse was varied by changing the charge weight of the explosive at a constant standoff distance.
It is also shown that the structural effects can become significant for relatively large charge weight and longer distance scenarios.
A fully coupled detonation with a charge weight of 25.0 kg was also exploded to study the coupling effect.
Drugs are tiny compared with cells, and their charge, weight, and tendency to interact with water all determine where in the cell a drug ends up.
The equivalent TNT blast weight ranged from 2.5 to 50.0 kg and the loading density (charge weight divided by the charge chamber volume) varied from 1 to 20.0 kg/m3.
Some parametric studies including the charge weight, the stand-off distance and the length of the pipe were also considered.
A temperature of 1,650° C (3,000° F) could thus be obtained in a blowing time of 15 minutes with a charge weight of about half a ton.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com