Fragmentation of explosively expanded steel cylinders
10.1016/S0734-743X(97)87493-3 DeepDyve
Jun 11, 2020For example, in contained fragmenting cylinder (CFC) experiments performed by Erlich et al. [11], steel cylinders of different yield strengths but identical dimensions were explosively expanded with identical explosive charges, and then the expansions were arrested at identical levels of expansion.Cited by 16Publish Year 1989Author W.J. Stronge, Xiaoqing Ma, Lanting ZhaoExplosively driven facture and fragmentation of metal Fragmentation of explosively expanded steel cylinders Jan 03, 2007Cylinders and rings fabricated from AerMet{reg_sign} 100 alloy and AISI 1018 steel have been explosively driven to fragmentation in order to determine the fracture strains for these materials under plane strain and uniaxial stress conditions.
Cited by 1Publish Year 2007Author D Goto, R C Becker, T J Orzechowski, H K Springer, A J Sunwoo, C K SynDeformation and fragmentation behaviour of exploded
Hiroe T, Fujiwara K, Kiyomura K (2004) The effect of wall configuration on deformation and fragmentation for explosively expanded cylinders of 304 stainless steel. Mater Sci Forum 465466. (Explosion Shock Wave and Hypervelocity Phenomena in Materials), pp Dynamic fragmentationis an important phenomenon for explosively loaded structures. In this paper we consider the development fragmentation in explosively expanded steel tubes where the pressure of detonation products rapidly expands thin-walled casings at tangential strain-rates that are typically 104 to 105 s-1.Author: W.J. Stronge, Xiaoqing Ma, Lanting ZhaoCited by: 16Publish Year: 1989Fragmentation of explosively expanded steel cylinders Fragmentation of explosively expanded steel cylinders Was this helpful?
Fragmentation of explosively expanded steel cylinders Fragmentation of explosively expanded steel cylinders Jan 01, 1989The expansion ratio for burst of mild steel (l.3<b2/bo<2.0) is primarily Fragmentation of explosively expanded steel cylinders 817 FIG. 3. Micrographs of initial fractures in explosively expanded HF-I steel casings ( x 500) (a) radial crack near outer wall, r = b-; (b) mixed mode crack near mid-wall, r = (a + b)/2. O t'q O 03 r=a+ r=b- FIG. 4.On the BreakUp of Shaped Charge Jets, Propellants Fragmentation of explosively expanded steel cylinders
Aug 01, 1983In two recent publications, Hirsch(â 2, has presented an interesting model for the fragmentation of explosively loaded metal cylinders and shaped charge jets. According to Hirsch, experimental data on both phenomena appear to support the remarkably simple formula Consider a cylindrical rod of radius ro clamped at the left end and with its Fragmentation of explosively expanded steel cylinders Some results are removed in response to a notice of local law requirement. For more information, please see here.
