Ocean Engg and Naval Architecture

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• Book Chapter/Section
  • Lecture Notes in Civil Engineering Sengupta D., Pal S.K., Datta R., Sen D. By Hydroelasticity analysis of a container ship using a semi-analytic approach and direct coupling method in time domain 22 103-116 (2019)
  • Naval Architecture Sen D. By Encyclopedia of Marine and Offshore Engineering 01-12 (2018)
  • Naval Architecture Sen D. By Encyclopedia of Marine and Offshore Engineering 01-10 (2018)
  • Modelling wave induced ship motions and loads Sen D., Datta R. , Singh S. By Marine Technology and Engineering 621-638 (2011)
  • Computational methods for free-surface ship hydrodynamics problem Sen D. By Techniques in Applied mathematics 206-239 (2007)
• Journal
  • Microstructures, wear and corrosion resistance of laser composite surfaced austenitic stainless steel (AISI 304 SS) with tungsten carbide Chakraborty A., Singh J.K., Sen D., Pityana S., Manna I., Krishna S., Dutta Majumdar J. By Optics and Laser Technology 134 - (2021)
  • A simplified model for hydroelasticity of containerships Sengupta D., Datta R. , Sen D. By Journal of Engineering Mathematics - (2021)
  • A Simplified model for Hydroelasticity of Container Ships Sengupta D., Datta R. , Sen D. By Journal of Engineering Mathematics 129 1-30 (2021)
  • Laser surface alloying (LSA) of AISI 304 stainless steel with 20WC+40Co+40NiCr for improving wear resistance Chakraborty A., Manna I., Sen D., Pityana S., Dutta T., Dutta Majumdar J. By Lasers in Engineering 43 101-119 (2019)
  • Prediction of non-linear wave loads on large floating structures using a 3D numerical wave tank approach Shivaji Ganesan T., Sen D. By Marine Systems and Ocean Technology 14 129-152 (2019)
  • Air gap prediction for floating bodies using 3D numerical wave tank approach Ganesan S., Sen D. By Journal of Marine Science and Application 17 531-549 (2018)
  • Sloshing coupled ship motion algorithm for estimation of slosh induced pressures Saripilli J., Sen D. By Journal of Marine Science and Application 17 312-329 (2018)
  • Numerical studies on effects of slosh coupling on ship motions and derived slosh loads Saripilli J.R., Sen D. By Applied Ocean Research 76 71-87 (2018)
  • Numerical Studies of Coupling Effect of Sloshing on 3D Ship Motioons Saripilli J. R., Sen D. By International Journal of Offshore and Polar Engineering 27 27-35 (2017)
  • Computation of wave-induced motions and loads on catamaran hulls with forward speed Sen D., Negi A. By International Journal of Naval Architecture and Ocean Engineering 01-26 (2016)
  • Time domain simulation of side-by-side floating bodies using a 3D numerical wave tank approach Ganesan S., Sen D. By Applied Ocean Research 58, 189-217 (2016)
  • A simplified approach for computation of nonlinear ship loads and motions using a 3D time-domain panel method Sengupta D., Datta R. , Sen D. By Ocean Engineering 117 99-113 (2016)
  • A simplified approach for computation of nonlinear ship loads and motions using a 3D time-domain panel method Sengupta D., Datta R. , Sen D. By Ocean Engineering 117 99-113 (2016)
  • Time-domain simulation of large amplitude wave-structure interactions by a 3D numerical wave tank Ganesan S., Sen D. By Journal of Ocean Engineering & Marine Energy 1 299-324 (2015)
  • Numerical study on storm surge and associated coastal inundation for 2009 AILA cyclone in the head Bay of Bengal Gayathri R., Bhaskaran P. K., Sen D. By Aquatica Procedia 4 404-411 (2015)
  • Numerical study on Storm Surge and associated Coastal inundation for 2009 AILA Cyclone in the head Bay of Bengal Gayathri R., Bhaskaran P. K., Sen D. By Aquatic Procedia 4 404-411 (2015)
  • An approach for development of a ship weather routing algorithm for application in the North Indian Ocean region Sen D., Padhy C. By Applied Ocean Research 50 173-191 (2015)
  • Direct time-domain analysis of floating structures with linear and nonlinear mooring stiffness Ganesan S., Sen D. By Applied Ocean Research 51 153-170 (2015)
  • A 3D numerical wave tank study for offshore structures with linear and nonlinear waves Ganesan S., Sen D. By Aquatica Procedia 4 492-499 (2015)
  • A numerical study of coastal inundation and its validation for Thane cyclone in the Bay of Bengal Bhaskaran P. K., Gayathri R. , Murthy P. , Bonthu S. , Sen D. By Coastal Engineering 83 108-118 (2014)
  • An approach towards the design and development of a flexible 5dof AUV Shome S., Nandy S. , Das S. , Pal D. , Kumar V. , Sen D. By Indian Journal of Geo-Marine Sciences 42 565-572 (2013)
  • Performance and validation of a coupled parallel ADCIRC-SWAN model for THANE cyclone in the Bay of Bengal Bhaskaran P. K., Nayak S. , Bonthu S. , Murthy P. , Sen D. By Environmental Fluid Mechanics 1-23 (2013)
  • Optimal ship tracking on a navigation route between two ports : a hydrodynamic approach Panigrahi J., Padhy C. , Sen D. , Swain J. , Larsen O. By Journal of Marine Science and Technology 1-9 (2011)
  • Quantification Of Uncertainty In Manoeuvring Characteristics For Design Of Underwater Vehicles Ray A., Sen D. , Singh S. , Seshadri V. By International Journal of Maritime Engineering 150 71-84 (2010)
  • Discrete time-delay control of an autonomous underwater vehicle: theory and experimental results Kumar R., Kumar C. S., Sen D. , Dasgupta A. By Ocean Engineering 36 74-81 (2009)
  • Development of a ship weather routing algorithm and its application for Indian coastal sea routes Padhy C. P., Sen D. By International Journal of Ecology and Development 12 59-74 (2009)
  • Application of Ship-Weather Routing for the North Indian Ocean Padhy C. P., Sen D. , Bhaskaran P. K. By Journal of Natural Hazard 44 373-385 (2008)
  • Manoeuvring studies of underwater vehicles : a review Ray A., Seshadri V. , Singh S. , Sen D. By International Journal of Maritime Engineering 150 21-43 (2008)
  • The Simulation of Ship Motions Using a B-Spline Based Panel Method in Time Domain Datta R., Sen D. By Journal of Ship Research 51 267-284 (2007)
  • A Comparative Study on 3D Wave Load and Pressure Computations for Different Level of Modelling of Nonlinearities Singh S., Sen D. By Journal of Marine Structures 20 01-24 (2007)
  • Comparison of linear and nonlinear 3D seakeeping computations Singh S., Sen D. By Ocean Engineering 34 1683-1881 (2007)
  • A B-spline based method for radiation and diffraction problems Datta R., Sen D. By Ocean Engineering 33 2240-2259 (2006)
  • A B-spline solver for the forward speed diffraction problem of a floating Body in time domain Datta R., Sen D. By Applied Ocean Research 28 147-160 (2006)
  • Calculation of transverse hydrodynamic coefficients using computational fluid dynamic approach Tyagi A., Sen D. By Ocean Engineering 33 798-809 (2006)
  • Time-domain computation of large amplitude 3D ship motions with forward speed Sen D. By Ocean Engineering 29 973-1002 (2002)
  • Efficient computation of influence coefficients in Rankine-panel based methods of computational ship hydrodynamics Sen D. By Oceanic Engineering International 5 16-30 (2001)
  • Nonlinear heave-radiation forces on two-dimensional mono and twin hulls Maiti S., Sen D. By Ocean Engineering 28 1031-1052 (2001)
  • Time-domain wave diffraction of two-dimensional single and twin hulls Maiti S., Sen D. By Ocean Engineering 28 639-665 (2000)
  • A study on the sensitivity of maneuverability performance on the hydrodynamic coefficients of submerged bodies Sen D. By Journal of Ship Research 44 186-196 (2000)
  • Computation of solitary wave during run-up and propagation on a slope Maity S., Sen D. By Ocean Engineering 26 1063-1083 (1999)
  • An accurate cubic-spline boundary integral method for two-dimensional free-surface flow problems Sen D. By International Journal for Numerical Methods in Engineering 38 1809-1830 (1995)
  • Numerical simulation of three-dimensional free-surface flows Keshi H., Sen D. By Journal of Institution of Naval Architects 39-50 (1994)
  • Numerical simulation of motions of floating bodies Sen D. By Journal of Ship Research 37 307-330 (1993)
  • Interaction of steep waves with vertical walls' Sen D. By Journal of Waterway, Port, Coastal and Ocean Engineering Division, Transactions of ASCE 118 553-573 (1992)
  • On motions of floating bodies with zero forward speed' Sen D. By Journal of the Institution of Naval Architects 27-43 (1989)
  • Factors affecting prediction of wave-induced iceberg motion Lever J. H., Attwood D. , Sen D. By Journal of Cold Regions Science and Technology 15 177-190 (1988)
  • A method to upgrade iceberg velocity statistics to include wave-induced motion Lever J. H., Sen D. By Journal of Offshore Mechanics and Arctic Engineering, Transactions of ASME 109 278-286 (1987)
  • Numerical simulation of unsteady free-surface motions using an integral equation formulation Sen D., Hinchey M. , Lever J. By Ocean Engineering 15 291-304 (1987)
  • Added mass and damping coefficients of certain realistic shaped iceberg models Bass D., Sen D. By Journal of Cold Regions Science and Technology 12 163-174 (1986)
• Conferences
  • IMO Level 3: Parametric Roll Stability Failure Simulation Using 3D Numerical Wave Tank Ganesan S., Amresh N. , Sen D. By 41st OMAE 1-10 (2022)
  • A 3D Panel Method for moderate forward Speed Mono-Hull Ship to compute wave induced motions and loads Negi A., Ganesan S. , Sen D. By 32nd ISOPE 1-10 (2022)
  • Estimation of Design Slosh-Induced Loads Using Numerical Simulations Saripilli J.R., Dhavalikar S., Sen D. By Lecture Notes in Civil Engineering 63 LNCE 1025-1045 (2021)
  • Estimation of design slosh induced loads using numerical simulations Saripilli J., Sen D. , Dhavilkar S. By Practical Design of Ships and Other Floating Structures 1-23 (2019)
  • Seakeeping and sloshing assessment methodology for floating LNG terminals Saripilli J.R., Dhavalikar S.S., Sen D. By RINA, Royal Institution of Naval Architects - 6th International Conference on Ship and Offshore Technology, Papers 204-212 (2019)
  • Hydroelastic analysis of a 3D floating body considering uncoupled flexural and torsional vibrations Sengupta D., Datta R., Sen D. By Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering - OMAE 11A - (2018)
  • Hydroelastic Analysis of a 3D Floating Body Considering Uncoupled Flexural and Torsional Vibrations Sengupta D., Datta R. , Sen D. By 37th International Conference on Ocean, Offshore & Arctic Engineering - (2018)
  • Hydroelasticity Analysis of a Container Ship Using a Semi Analytic Approach and Direct Coupling Method in Time Domain Pal S. K., Sengupta D. , Datta R. , Sen D. By International Conference on Ocean Engineering (ICOE2018) 01-08 (2018)
  • Hydroelastic analysis of 3D floating body considering flexural and torsional modes Sengupta D., Datta R. , Sen D. By ICSOT 2017 01-08 (2017)
  • Steep Wave effects on Wave Induced loads and motions using a 3D Numerical Wave Tank Ganesan S., Sen D. , Parihar Y. By 36th Int. Conf. on Ocean, Offshore and Arctic Engineering (OMAE-2017) 01-10 (2017)
  • Numerical studies on slosh-induced loads using coupled algorithm for sloshing and 3D ship motions Sen D., Saripilli J. By 36th Int. Conf. on Ocean, Offshore and Arctic Engineering (OMAE-2017) 01-10 (2017)
  • Numerical studies on sloshing loads using sloshing coupled ship motion algorithm Saripilli J., Sen D. By 27th Int. conf. of Offshore and Polar Engineers 01-08 (2017)
  • Numerical studies on sloshing loads using sloshing coupled ship motion algorithm Saripilli J., Sen D. By 27th Int. conf. of Offshore and Polar Engineers 01-10 (2017)
  • Prediction of catamaran motion characteristics in regular waves using strip theory method Negi A., Sen D. , Dhavilkar S. By Int. Conf. of Practical Design of Ships and Offshore structures (PRADS 2016) 01-08 (2016)
  • Manoeuvrability assessment of underwater vehicles by semi-empiric al, numerical and experimental studies Ray A., Sen D. , Singh S. , Seshadri V. By 31st Symposium on Naval Hydrodynamics 1-20 (2016)
  • Numerical studies on coupling effect of sloshing on 3D ship motions Saripilli J., Sen D. By Int. Conf. of Offshore & Polar Engineers (ISOPE 2016) 01-11 (2016)
  • Numerical study on storm surge and associated coastal inundation for 2009 AILA Cyclone in the head Bay of Bengal Gayathri R., Bhaskaran P. K., Sen D. By International Conf. on Water Resources, Coastal, and Ocean Engineering (ICWRCOE 2015) - (2015)
  • A study on effectiveness of active fin based and U-tube based roll stabilizers Tripathy M., Sen D. By International Conference of Applied Mechanics (INCAM2015) 608-614 (2015)
  • Trajectory simulation of a submersible from submerged to surface mode in waves Sen D. By International Conference of Applied Mechanics (INCAM2015) 599-607 (2015)
  • Wave induced loads on a catamaran hull with forward speed Sen D., Negi A. By Int. cof. on Safety & Reliability of Ships, Offshore & Subsea Structures 01-10 (2014)
  • Estimation of submarine hydrodynamic coefficient from sea trials data using EKF Ray A., Sen D. By International Conference on Computational and Experimental Marine Hydrodynamics 01-12 (2014)
  • Numerical wave tank studies for floating wind turbines Ganesan S., Sen D. By International Conference on Computational and Experimental Marine Hydrodynamics (MARHY2014) 01-10 (2014)
  • A generalized 3D numerical wave tank for practical wave-structure interactions Sen D., Ganesan S. By 11th International Conference on Hydrodynamics (ICHD2014)) 01-08 (2014)
  • A study on applicability of CFD for a variety of practical; marine hydrodynamic problems Sen D., Saripilli J. By International Conference on Ship and Offshore Technology 01-07 (2013)
  • Identification of Submarine Hydrodynamic Coefficients from Sea Trials Using Extended Kalman Filter Ray A., Sen D. By 10th International Conference on Hydrodynamics 01-12 (2012)
  • Ship motion computations : prospect of RANSE based CFD solvers compared to potential flow solvers Sen D., Saripilli J. By International Conference on Applications of Fluid Engineering 01-08 (2012)
  • A Study on the Effectiveness of Active Fin Roll-Stabilizers Through Numerical Simulation Sen D. By International Conference on Technology of the Sea 01-08 (2012)
  • An algorithm for minimum time ship routing for the north Indian Ocean region Sen D., Padhy C. P. By 1st International conference on Maritime Technology and Engineering 1-10 (2011)
  • Development of a ship weather routing algorithm for specific application in north Indian Ocean region Sen D., Padhy C. P. By International Conference on Marine Technology 21-27 (2010)
  • Practical 3D linear and nonlinear seakeeping computations for design Sen D. By International Conference in Ocean Engineering 267-276 (2009)
  • Quantification Of Uncertainty In Manoeuvring Characteristics For Design Of Underwater Vehicles Ray A., Sen D. , Singh S. , Seshadri V. By International Conference on Ship and Offshore Technology 43-54 (2009)
  • `Long-duration simulation of wave structure interactions Sen D. By 10th Int. Symp. on Practical Design of Ships and Offshore structures (2007 PRADS) 122-131 (2007)
  • Development of a ship weather routing algorithm and its application in the north Indian ocean region Sen D. By Int. Conf. on Infrastructure Development in the Port and Shipping Sector and its Management 76-79 (2007)
  • Developments of a computational method for 3D nonlinear ship seakeeping Singh S., Sen D. , Kumar M. By 7th Asian CFD Conference 1-16 (2007)
  • A B spline solver for free surface flow problems in presence of surface piercing rigid bodies Datta R., Sen D. By 2nd International congress on Computational Mechanics and Simulation 1221-1227 (2006)
  • A B-spline time domain solution for the forward speed diffraction problems Datta R., Sen D. By 25th Int. Conf. of OMAE, ASME 01-08 (2006)
  • Development of a comprehensive atlas of tsunami travel times for the Indian Ocean Bhaskaran P. K., Maw B. K., Dube S. K., Sen D. By Int. Symp. on Maritime Hydraulics, 15th IAHR 1213-1219 (2006)
  • Long-duration simulation of wave-structure interactions in a numerical wave tank Sen D., Tikare S. By Int. Symp. on Maritime Hydraulics, 15th IAHR 1083-1090 (2006)
  • Numerical modeling of storm surge for the 1994 Maungtaw cyclone off Myanmar Coast Bhaskaran P. K., Maw B. K., Dube S. K., Sen D. By Int. Symp. on Maritime Hydraulics, 15th IAHR 1237-1244 (2006)
  • Optimization technique for ship-weather routing Padhy C., Sen D. By 2nd International Congress on Computational Mechanics and simulation 1701-1707 (2006)
  • Practical nonlinear 3D seakeeping computations Singh S., Sen D. By 7th Int. Conference on Hydrodynamics (ICHD2006) 1-18 (2006)
  • Test-bed for Navigation and Control of a Thruster based AUV Prasanth R. K., Sarath S. B., Srilekha Y. , Kumar C. S., Sen D. , Dasgupta A. By IEEE Oceans Asia-Pacific Conference 01-08 (2006)
  • Wave modeling for the north Indian Ocean and Its application for weather routing of ships Padhy C. P., Sen D. , Bhaskaran P. K. By International Conf. on Mesoscale Processes in Atmosphere, Ocean and Environmental Systems (IMPA2006) 1-12 (2006)
  • Relative bow motion for the estimation of slamming using 3D linear and nonlinear seakeeping computations Singh S., Sen D. By 16th International Conference on Hydrodynamics In Ship Design (Hydronav 2005) 1-10 (2005)
  • Time-domain simulation of a DP semisubmersible in numerical wave-tank for nonlinear random waves Srinivasan N., Sen D. By International DP conference 1-14 (2003)
  • Time-simulation of motions and loads of floating offshore platforms Sen D. By International Conference on Coastal and Ocean Technology 153-166 (2003)
  • 3D Seakeeping Computation for Different Hull Forms for Design Evaluations Singh S., Sen D. , Sarangdhar D. By 15th International Conference on Hydrodynamics In Ship Design (Hydronav 2003) 245-256 (2003)

Principal Investigator

• 3D SEAKEEPING COMPUTATION OF CONVENTIONAL AND HIGH SPEED VESSELS NAVAL RESEARCH BOARD, NEW DELHI
• Calibration of Water Current Meter The Tata Iron and Steel Company Limited, Jamshedpur
• DEVELOPMENT OF COMPUTER CODE FOR SHIP ROUTING USING SHIP PARAMETERS AND WAVE DATA SAC, AHMEDABAD
• APPLICATION OF OCEANSAT-II DATA FOR DEVELOPMENT OF A SHIP WEATHER ROUTING AND SAFE NAVIGATION SYSTEM SAC, AHMEDABAD
• DEVELOPMENT OF AUTONOMOUS UNDERWATER VEHICLE DEPARTMENT OF OCEAN DEVELOPMENT
• DEVELOPMENT OF SOFTWARE FOR COMPUTING ADDED WAVE RESISTANCE Indian Register of Shipping
• Simulation of Fin Stabiliser Larsen & Toubro Ltd.
• Dynamic model and trajectory simulation during entry phase of ALWT Naval Science and Technological Lab.(NSTL)
• Development of Class Rules AXSYS Technologies Ltd.
• HYDRODYNAMIC DESIGN OF HIGH SPEED LIGHT WEIGHT TORPEDO Naval Science and Technological Lab.(NSTL)
• CONSULTANT FOR PROJECT INDIGO Mr. Rajesh Maisheri, Program Manager - Project Indigo
• NATIONAL PROGRAMME IN MARINE HYDRODYNAMICS NRB
• Trajectory study of an underwater object Naval Science and Technological Lab.(NSTL)
• Development of a Seakeeping Code with the Effect of Stabilizing Fins and Rudders for Roll and Pitch Naval Science and Technological Lab.(NSTL)
• Development Specialized Software for Prediction of Hydrodynamic Behaviour of Underwater Platforms at Various Stages of Design Ministry of Defence, Dept. of Defence (R and D), AAKANKSHA Development Enclave
• Expert Advice on Submarine Hydrodynamics LARSEN and TOUBRO LIMITED, DEFENCE
• Software Code in Fortran for Motion of Underwater Vehicles Larsen and Toubro Limited
• Consultant to Project Indigo - Extended Tata Consultancy Services Limited

Co-Principal Investigator

• Development and implementation of coupled ADCIRC-SWAN model for the Indian seas INDIAN NATIONAL CENTRE FOR OCEAN INFORMATION SERVICES (INCOIS)
• Development of 3D panel method to perform hydroelastic analysis of ships NRB
• DEVELOPMENT OF A COMPREHENSIVE ATLAS ON TSUNAMI TRAVEL TIME AND PROPAGATION MODEL FOR THE INDIAN OCEAN ISIRD, SRIC
• DEVELOPMENT OF COMPOSITIONALLY GRADED COATING ON MARINE PROPELLER FOR IMPROVING CAVITATION CORROSION RESISTANCE NAVAL RESEARCH BOARD, Ministry of Defence, DRDO
• Participation in Association for Unmanned Vehicle Systems International (AUVSI), San Diego, USA National Institute of Ocean Technology, MoES, New Delhi
• Wind-waves and Extreme Water Level Climate Projections for East Coast of India Department of Science and Technology (DST), Govt. of West Bengal
• Wind-waves and Extreme Water Level Climate Projections for East Coast of India Department of Science and Technology (DST)