Rothwell / Sheffield / Calgary / Graville / West Consohocken / Sydney / Loughborough / /
Company
Hillenbrand / BP / 83J / Gas Pipelines / Advantica Technologies Ltd / /
Country
Canada / Australia / United Kingdom / /
Currency
pence / / /
Event
Business Partnership / /
Facility
R. M. Andrews* The University of Sheffield / /
IndustryTerm
measured energy / energy drop / absorbed energy / fracture energy / energy balance / steel mechanical properties / linepipe steel / chemical composition / maximum impact energy / high-toughness gas pipeline steel / high initiation energy / impact energy / slant fracture energy / gas pipeline steels / gas line pipes / non-fracture energy / energy transfer model / test and simulation / aerospace aluminium alloy specimens / upper shelf energy / less energy-demanding / test and simulation response / overall absorbed fracture energy / 72J slant fracture energy / grade gas pipe / overall fracture energy / gas linepipes / energy / steel / all been calibrated using the total energy / /
Organization
American Society for Testing and Materials / University of Sheffield / Department of Mechanical Engineering / /
ECF15 THE TRANSFERABILTY OF MICRO-MECHANICAL DAMAGE PARAMERTS IN MODERN LINE PIPE STEEL S. H. Hashemi, I. C. Howard, J. R. Yates and R. M. Andrews* The University of Sheffield, Department of Mechanical Engineering, Shef