R. M. Andrews* The University of Sheffield / Pipeline Technology / centre of FE / /
IndustryTerm
test and simulation / gas pipeline steel / steel strength increases / high-strength pipeline steel / absorbed energy / high-pressure gas transmission pipelines / fracture energy / steel mechanical properties / flat fracture energy / high-toughness pipeline steel / flat fracture specific energy / steel chemical composition / chemical composition / energy consumption rate / grade gas pipe / impact energy / gas pipeline steels / steel / energy / /
Organization
University of Sheffield / Department of Mechanical Engineering / /
Position
finite element damage model for flat fracture / representative / /
ECF15 MICRO-MECHANICAL DAMAGE MODELLING OF NOTCHED BAR TESTING OF 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, She