Biaxial testing of A533B on the upper shelf, T.G. Davey and S.J. Garwood; model computations and experiments on the structural integrity of components containing part-through cracks, M. Prodan; experiences in the comparison of large and small fracture mechanics specimens, F. Gillemot; fracture toughness of an embrittled stainless steel measured on CT and CCp specimens, Ph Nicolino et al; dynamic large-scale testing with a 12 MN high speed propellant-driven tensile testing machine, P. Julisch et al; impact of the stress state on the fracture mechanics of heavy section steel component failure mechanisms, E. Roos; crack stability in centre cracked plates subject to uniformly-distributed loadings, A. Quirk and E. Bevitt; the 20 MN and 100 MN multi-actuator wide plate testing machines in the structural integrity centre of the UKAEA, G. Sumner; the influence of thickness on the fracture properties of steel specimens, K. Kalna; the need for large-scale testing in the UKAEA, J.B. Wintle; experimental and numerical investigations of surface cracks in plates and pipes, W. Klemm et al; experimental and numerical investigations of stable crack growth of an axial surface flaw in a pressure vessel, W. Brocks et al; review of full-scale pipe fracture research conducted for the USNRC, G.S. Kramer and G.M. Wilkowski; evaluation of a leaking crack in an irradiated CANDU pressure tube, C.E. Coleman and L.A. Simpson; verification of the nonlinear fracture analysis by a large-scale pressure vessel test, A. Saarenheimo et al; behaviour of pipes under internal pressure and external bending moment - comparison between experiment and calculation, K.H. Herter et al; large-scale leak-before-break tests in UKAEA, A.M. Clayton et al; verification test programme on integrity of carbon steel piping and weldments for LWR power plants in Japan, Y. Asada; pipe fracture test programme on nuclear power piping at JAERI, S. Miyazono et al; evaluation of fracture models through pressurized thermal shock tension, C.E. Pugh et al; experimental and analytical thermal shock investigations on the reactor pressure vessel of the HDR power plant, G.E. Neubrech et al; the PTS issue - experiments and numerical analyses, W. Guth et al; thermal shock experiments on large size plates with surface flaws - tests TSPO1 and TSPO2, M. Beghini et al; crack arrest behaviour of reactor pressure vessel steels at high temperatures, C.E. Pugh et al; determination of crack arrest toughness at high temperatures using compact specimens, K. Kussmaul and R. Gillot; method for structural material critical brittle temperature evaluation based on instrumented charpy impact test analysis, Yu. I. Zuezdin et al; verification of failure avoidance concpets in R6 Revision 3, I. Milne and N. Knee; analysis of the applicability of fracture mechanics on the basis of large-sclae specimen testing, M. Brumovsky et al; a special cracked pipe element for leak-before-break applications, J. Brochard et al.
