id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_gmijx7eez5bjnfaukcst6bns3y	Irina Bannikova	Study of Ceramic Tube Fragmentation under Shock Wave Loading	2014.0	6	.pdf	application/pdf	2522	326	67	Study of ceramic tube fragmentation under shock wave loading Study of ceramic tube fragmentation under shock wave loading In this paper we investigate the fragmentation of tubular alumina samples under shock-wave loading. fragments described of by double distribution: small fragments whose size is much smaller than the thickness of the tube distribution power law, large fragments described as exponential and logarithmic distribution are equally. Keywords: Fragmentation distribution; electroexplosion; shock wave; alumina ceramic; form factor. A result conductor explosion the tube fragmented as show in Fig. 1 (c), they had rectangular and irregular geometric Since our work loaded ceramic tubes are twodimensional objects and their fragments have two distributions. the explosion the smaller fragments with a large mass, so the inflection point of the distributions moves toward (a) change of the coefficients B and A in the distribution power law for small fragments depending on the specific energy; the coefficients 	./cache/work_gmijx7eez5bjnfaukcst6bns3y.pdf	./txt/work_gmijx7eez5bjnfaukcst6bns3y.txt