Logging on to electron microscopy by Marrow, J

Got it cracked? by Marrow, J

Understanding the jominy end quench test by Marrow, J

Modelling damage in nuclear graphite by Becker, T, Marrow, J

The internet microscope by Marrow, J, Derby, B

'Everlasting' cast copper coolers for the blast furnace by Baylis, M, Marrow, J

Peerless probing into the micro world by Marrow, J, Derby, B

SCANNING ACOUSTIC MICROSCOPY OBSERVATIONS OF HIGH-TEMPERATURE CRACK-BRIDGING MECHANISMS IN ALUMINA by Marrow, J, Luprano, V, Roberts, S

Nanostructures of carbon in nuclear graphite by Wen, K, Marrow, J, Marsden, B

Special Issue on Advances in understanding and modelling the micromechanisms of fracture and fatigue by Jivkov, AP, Marrow, J, Shanyavskiy, A

Microcracks in nuclear graphite and highly oriented pyrolytic graphite (HOPG) by Wen, K, Marrow, J, Marsden, B

Nanostructures of carbon in nuclear graphite by Wen, K, Marrow, J, Marsden, B

Studying SiC/SiC composites by X-ray tomography by Zhou, X, Zhao, S, Mummery, P, Marrow, J

An approach to calculate the J-integral by digital image correlation displacement field measurement by Becker, T, Mostafavi, M, Tait, R, Marrow, J, Becker, T

Research activities of the Nuclear Graphite Research Group - University of Manchester by Marsden, B, Fok, A, Marrow, J, Mummery, P

Application of an independent parallel reactions model on the annealing kinetics to irradiated graphite waste by Lasithiotakis, M, Marsden, B, Marrow, J, Willets, A

Research activities of the Nuclear Graphite Research Group at the University of Manchester, UK by Marsden, B, Fok, A, Marrow, J, Mummery, P, oecd

Controlled initiation of short fatigue cracks in 316L steel by Stefanescu, D, Marrow, J, Preuss, M, Sherry, A, ASME

Fracturing of a defective plate under cyclic loading by Leonavičius, M, Krenevičius, A, Stupak, S, Šukšta, M, Marrow, J

Characterization of material properties using an inverse method by Lin, L, Li, H, Fok, A, Joyce, M, Marrow, J