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Issue DateTitleAuthor(s)Supervisor(s)
2011Peak mooring forces in the horizontal interlaced multi-layered moored floating pipe breakwaterMane, V.; Rajappa, S.; Rao, S.; Vittal, Hegde, A.-
2011Influence of wave and structure parameters on tranmission characteristics of himmf pipe breakwater with five layersMane, V.; Rajappa, S.; Rao, S.; Hegde, A.V.-
2011Development of concrete armoured protected breakwater structureManu; Rao, S.; Shirlal, K.G.-
2011Analysis of berthing structures for wave induced forcesShanthala, B.; Rao, S.; Venkatramana, K.; Harish-
2011Concrete cubes as armour unit an experimental study for berm breakwaterShirlal, K.G.; Rao, S.; Madhu, M.-
2011Wave steepness and relative width: Influence on transmission coefficient of horizontal interlaced, multilayered, moored floating pipe breakwater with five layersRajappa, S.; Hegde, A.V.; Rao, S.; Channegowda, V.-
2011Physical model studies on stability of concrete armoured breakwatersManu; Rao, S.; Shirlal, K.G.; Prashanth, J.; Rao, K.B.-
2011Comprehensive physical model study on wave transmission at plate structureShirlal, K.G.; Rao, S.; Varghese, R.V.-
2011Variation of transmission coefficient and mooring forces with wave steepness on horizontal interlaced multilayered moored floating pipe breakwater with three layersRajappa, S.; Pramod, K.; Vittal, Hegde, A.; Rao, S.-
2011Wave run-up, run-down studies on berm breakwater with concrete cubes as armour unitsRao, S.; Shirlal, K.G.; Balakrishna, Rao, K.; Janardhan, P.-

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