This paper presents the results of an experimental study on the explosive breaching of concrete panels subjected to contact charge detonations.
Moreover, small particles can be added to obtain a well characterized heterogeneous explosive for experimental studies of shock initiation due to hot spots.
In this work we report on SWAN, the experimental, portable device for explosives detection.
Indeed, in experimental models of BD, an explosive increase in ICP resulted in increased plasma catecholamine, accompanied by extensive heart ischemic injury within 1 h after BD.
This experimental finding strongly suggests that an explosive disproportionation consists of a thermal explosion process.
Experiments were performed looking at explosive placement, and computations agreed well with the experimental results.
An experimental investigation is presented into the explosive blast response of fibre-reinforced polymer laminates used in naval ship structures.
The proposed SDOF model effectively evaluated the displacement response of the RC beam subjected to the close-in explosive load, while the experimental results were marginally overestimated.
One experimental propulsion system embeds thousands of tiny explosive charges in a piece of silicon the size of a postage stamp.
