NDLI: Ocean Engineering & Naval Architecture

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Ocean Engineering & Naval Architecture

A Numerical Study of Fully Nonlinear Two-Dimensional Free-Surface Flows and Waye-Body Interactions

A Study of Uncertainty in GRP Boat Hull Laminate Design

An Alternative Eddy Viscosity Formulation Based on Anisotropy for Numerical Ocean Models

An Efficient Layer-Wise Finite Element Model for Static Vibration and Buckling Analysis of Composites and Sandwich Laminates with Inter-Laminar Imperfections

An Experimental Investigation into Lift Control of Conventional Hydrofoil for High Speed Applications by Artificial Ventilation

An Improved Energy Balance Parameterization and its Application in a Third Generation OceanWave Prediction Model

An Improved Plate Model for Static, Vibration and Buckling Response of Sandwich Laminates Having Random Material Properties

An Investigation of Nonlinear Dynamic Response for a Tension Leg Platform

An Investigation of Stiffened Plate Panels Using Isoparametric Stiffened Plate Bending Elements

An Investigation on h-Adaptive Finite Element Analysis of Planar Mixed-Mode Crack Problems

Application of Fractional Mechanical Models in Dynamic Analysis of Viscoelastic Structures

Development of Water-Level Prediction System and Evaluation of Tidal Characteristics for Head Bay of Bengal

Development of a B-Spline Based Method for the 3d Forward Speed Ship Motion in Time Domain.

Development of a Coupled Modelling System for Storm Surges and Coastal Inundation Along East Coast of India

Development of a Generalised 3d Numerical Wave Tank for Steep Wave Interactions with Floating Bodies

Development of a Semi Analytic Approach to Perform Hydroelastic Analysis of Ships

Development of a Ship Routing Algorithm and its Application to the North Indian Ocean Region

Development of a Wave Forecasting System for Operational Application at Coastal Kalpakkam

Development of an Alternative Eddy Viscosity Formulation Based on Anisotropy and its Implementation to Numerical Ocean Models

Development of an Automated Regional Coupled Atmosphere - Ocean Modeling System and its Applications for Coastal Regions

Dynamics and Control of Cycloidal Propeller

Finite Element Analysis of Stiffened Laminated Composite and Functionally Graded Plates Using a Higher-Order Shear Deformation Theory

Finite Element Static, Dynamic and Stability Analyses of Arbitrary Stiffened Plates

Fluid Structure Interaction of Marine Cycloidal Propeller during Maneuvering

Fourier Analysis and Allied Methods in the Hydroelastic Analysis of Flexible Porous Structures

Fourier Analysis and Allied Methods in the Hydroelastic Analysis of Floating Structures

Free Dry and Wet Vibration of Plates Including Rigid Body Modes through Semi-Analytical Approach with Experimental Verification

Impact of Coastal Mangroves and Geomorphology on Shallow Water Wave Dissipation

Integral Equation and Allied Methods for Wave Interaction with Porous and Flexible Structures

Investigations on Thermo-Mechanical Tensioning - a Distortion Mitigation Tool

Linear and Nonlinear Analyses of Composite Stiffened Shells under Static and Dynamic Loading by the Finite Element Method

Linear and Nonlinear Analyses of Stiffened Plate Structures Under Static and Dynamic Loading by the Spline Finite Strip Method

Mathematical Techniques for Gravity Wave Interaction with Porous and Flexible Structures

Mathematical Techniques for Time Dependent Hydroelastic Analysis of Floating Structures

Mathematical Techniques for Wave Interaction with Floating Flexible Structures in Three Dimensions

Mathematical Techniques in the Hydroelastic Analysis of Floating and Submerged Flexible Structures

Numerical Modeling of Bottom Boundary Layer Characteristics in the Hooghly Estuary

Numerical Studies on Sloshing-Coupled Ship Motions and Slosh-Induced Loads

Numerical and Experimental Study of Fusion Welding on Residual Stresses, Distortions and its Mitigation

On Finite Element Dynamic and Stability Analyses of Stiffened Plated Structures

Optimum Design of Trawlers

Parametric Study of Hydrodynamic Performances on Cylindrical AUV Hull form in Complex Flow Fields

Performance Comparison of a Hydrofoil Used for Current Turbines with Vortex Generators and Inserted Tubes

Preliminary Ship Design in the Multiple Criteria Decision Making Framework

Pressure Strain Correlation Modeling for Turbulent Flows

Reissner Mixed Variational Theorem for the Analysis of Smart Laminated Composite Plates

Shear Flows in Hydrodynamics

Static and Dynamic Response and its Control of Smart Rubber Components Using Nonlinear Finite Element Analysis

Static, Dynamic and Stability Analyses of Plated Structures by Numerical Methods

Storm Surge and Coastal Inundation Mapping Using Numerical Modelling and Artificial Intelligence Techniques for the East Coast of India

Study of Green Water Loading of a Floating Vessel With/Without Forward Speed

Surface Gravity Wave Interaction with Permeable Coastal Structures

Tropical Cyclogenesis and its Detection for the North Indian Ocean

Uncertainty, Stability and Bifurcation Analysis of a Twin-Propeller Twin-Rudder Ship in Maneuvering Motion

Wave Propagation in Rotating Liquids

Wind-Wave Climate Studies for the Indian Ocean

Wind-Wave Climate Variability over the Head Bay of Bengal

Wind-Waves in a Changing Climate Scenario for the Indian Ocean

Oceans, Rivers, Atmosphere and Land Sciences

Physics & Meteorology

Rajendra Mishra School of Engineering Entrepreneurship

Rajiv Gandhi School of Intellectual Property Law

Ranbir and Chitra Gupta School of Infrastructure Design and Management

Rekhi Centre of Excellence for the Science of Happiness

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Vinod Gupta School of Management

Ocean Engineering & Naval Architecture

Content Provider	IIT Kharagpur
Description	Being the first of its kind in the country, the department was established in 1952. During the last 60 years of its existence, the department has made significant contributions to the development of shipbuilding and shipping industries in the country including the Indian Navy, Indian Coastal Guard, DRDO and other allied organisations. The department and its alumni have important and strategic links with universities round the world and major shipyard and dock organizations in our country. In addition to teaching and training at the various levels of bachelors, masters and doctoral programs, the Department is also actively involved in various research and industrial projects sponsored by government, research organizations and industry. Some of the sponsored projects include Standard Hull Design for Mechanized Craft, Energy Audit of Ships and Scheduling of Propeller Maintenance, Development of Design Rules for Composite Ships and Boats, Computation of 3D Ship Motion and Sea Load. Ocean Engineering & Naval Architecture is a discipline that embraces diverse areas of engineering sciences. In a broad sense, this discipline is concerned with design, development, operation and planning of systems that operate in the marine and ocean environment. Areas of study under this include marine vehicles for cargo and passenger transportation, offshore activities, ocean mining, ocean and marine hydrodynamics, harnessing of non-conventional energy sources etc., reflecting the diversity of the field. In order to provide a multidisciplinary knowledge base, the course curriculum is framed by integrating many disciplines in engineering sciences, physical sciences, mathematics, humanities and management. The academic programs prepare students for a highly rewarding career in this rapidly expanding field. The academic and research programs are designed emphasizing on cutting edge knowledge in the subject areas of marine structures, hydrodynamics, ocean environment, hydroelasticity, offshore technology, design of marine vehicles & systems, coastal engineering, marine production and planning, coastal processes. Various laboratories of the Department provide opportunity to the students to gain valuable practical 'on-hand' experience. Laboratory work and design projects are incorporated extensively throughout the academic curriculum by means of the core and elective courses.
Language	English
Access Restriction	Open
Subject Keyword	Mathematical Modelling Nonlinear Wave Radiation Static Vibration Analysis Finite Element Model Inter-Laminar Imperfections Linear Elastic Fracture Mechanics Robust Mesh Generation Cycloidal propeller Architecture and Design Transient green function method Magnetohydrodynamics Rotating Liquid
Content Type	Text
Resource Type	Thesis Collection

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