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Issue Date	Title	Author(s)	Supervisor(s)
2021	An experimental investigation on toe stability for vertical—caisson breakwaters	Kumaran V.; Subba Rao; Manu	-
2009	Hydraulic performance of tandem breakwater with concrete cubes as armour units	Manu; Shirlal, K.G.; Rao, S.; Bharadwaj, P.	-
2020	Long-term analysis of waves off Mangaluru coast	Upadhyaya S.K.; Rao S.; Manu	-
2007	Ocean wave transmission by submerged reef-A physical model study	Shirlal, K.G.; Rao, S.; Manu	-
2019	Offshore energy for the remote islands of lakshadweep	Srilakshmi K.; Alluri S.K.R.; Manu	-
2017	Performance evaluation of ANFIS and SVM model in prediction of wave transmission over submerged reef of tandem breakwater	Kuntoji, G.S.; Rao, S.; Manu; Mandal, S.	-
2011	Physical model studies on stability of concrete armoured breakwaters	Manu; Rao, S.; Shirlal, K.G.; Prashanth, J.; Rao, K.B.	-
2019	Prediction of damage level of inner conventional rubble mound breakwater of tandem breakwater using swarm intelligence-based neural network (PSO-ANN) approach	Kuntoji G.; Rao S.; Manu; Reddy E.N.B.	-
2015	Prediction of wave transmission characteristics at submerged reef breakwater	Sindhu, S.; Shirlalb, K.G.; Manu	-
2019	Prediction of wave transmission over an outer submerged reef of tandem breakwater using RBF-based support vector regression technique	Kuntoji G.; Rao S.; Manu	-
2019	PSO-SVM approach in the prediction of scour depth around different shapes of bridge pier in live bed scour condition	Sreedhara, B.M.; Kuntoji, G.; Manu; Mandal, S.	-
2006	Stability of breakwater defenced by a seaward submerged reef	Shirlal, K.G.; Rao, S.; Ganesh, V.; Manu	-
2019	Swarm intelligence-based support vector machine (PSO-SVM) approach in the prediction of scour depth around the bridge pier	Sreedhara B.M.; Manu; Mandal S.	-

Showing results 2 to 14 of 14 < previous