Presented at International Conferences

14 / I Vikram Kumar Reddy, R. Gnanamoorthy, and N Siva Prasad, ‘Analysis of prestresses in multi-layered filament wound cylindrical pressure vessels’, Int Conf Society for the Advancement of Material and Process Engineering, 44th SAMPE Millennium, California, v 44, pt 1, 1999, 204-215.

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13 / R. Gnanamoorthy, Y Mutoh, M Masahashi, Y Mizuhara, ‘Static and cyclic crack growth behavior of gamma base titanium aluminides’, The 5th IUMRS Int conference in Asia, Bangalore, 463-468, 1998.

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12 / Y Mutoh, T Moriya, S H Zhu, R. Gnanamoorthy, Y Mizuhara, ‘Small fatigue crack growth behavior in gamma base titanium aluminides’, Conf Proc 3rd Pacific Rim Int Conf on Advanced Materials & Processing, Tokyo, 2311-2367, 1998.

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11 / S Zhu, R. Gnanamoorthy, Y Mutoh and Y Mizuhara, ‘Effect of Ternary Element on High-Temperature Toughness in g-based TiAl Intermetallics’, in ‘Proc of Int Conf on Materials and Mechanics’ 97 Tokyo, JSME, 321-326, 1997.

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10 / R. Gnanamoorthy, S Hanada and K Kamata, ‘Influence of Microstructure on the Fracture Toughness and Fatigue Crack Growth Behavior of Nbss/Nb3Al Base Intermetallic Compounds’, in ‘Proc of Int Conf on Recent Advances on Materials Processing’, I I Sc, Bangalore, 653-659, 1997.

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9 / R. Gnanamoorthy, S Hanada and K Kamata, ‘High-Temperature Strength and Room Temperature Fracture Toughness and Fatigue Crack Growth Behavior of Nbss/Nb3Al Base Intermetallic Compounds Containing Carbon’, in ‘Int Conf on Recent Advances on Materials Processing’, Bangalore, 659 – 665, 1997.

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8 / S Hanada, T Tabaru, E Miura, R. Gnanamoorthy, Y Murayama, ‘High Temperature Strength and Ambient Temperature Fracture Toughness of Nb3Al-Nbss in-situ composites’, THERMEC7 Int Conf on Thermo-mechanical Processing of Steels & Other Materials, Australia, 1583 – 1588, 1997.

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7 / R. Gnanamoorthy, Y Mutoh, N Masahashi and Y Mizuhara, ‘SCC Behavior & Fatigue Crack Growth in TiAl’, ‘Fracture Mechanics Symp, Japan Mat Soc, Kyoto, 1995.

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6 / R. Gnanamoorthy, S Hanada and K Kamata, ‘Fracture Toughness and Fatigue Crack Growth Behavior of Nb3Al Base Intermetallic Compounds’, in ‘Fracture Mechanics Symposium’, Japan Materials Society, Kyoto, 1995.