Design Principles of Ships and Marine Structures

The Definitive Reference for Designers and Design Students A solid grasp of the fundamentals of materials, along with a thorough understanding of load and design techniques, provides the components needed to complete a marine platform design. Design Principles of Ships and Marine Structures details every facet of ship design and design integration, and highlights the design aspects that must be put together to create an integrated whole product. This book discusses naval architecture and marine engineering applications and principles relevant to the design of various systems, examines advanced numerical techniques that can be applied to maritime design procedure at the concept design stage, and offers a comprehensive approach to the subject of ship design. Covers the Entire Sphere of Marine Design The book begins with an introduction to marine design and the marine environment, describing many of the marine products that are used for transportation, defense and the exploitation of marine resources. It also discusses stability issues relevant to ship design, as well as hydrodynamic aspects of resistance, propulsion, sea keeping and maneuvering, and their effects on design. In addition to covering the various systems and sub-systems that go into making a complex product to be used in maritime environment, the author explains engineering economics and its application in ship design, and provides examples wherever necessary. Written by an author with more than 35 years of teaching experience, this book: Describes various design methodologies such as sequential design process with the application of concurrent engineering and set based design factors in the use of computer-aided design techniques Highlights the shape design methodology of ship forms and layout design principles Considers design aspects relative to safety and risk assessment Introduces the design for production aspects in marine product development Discusses design principles for sustainability Explains the principles of numerical optimization for decision-making Design Principles of Ships and Marine Structures focuses on ship design efficiency, safety, sustainability, production, and management, and appeals to students and design professionals in the field of shipping, shipbuilding and offshore engineering.

IntroductionDevelopment of Marine Vehicles, Structures and FacilitiesTypes of Marine Vehicles, Structures and FacilitiesDesign Definition and Marine EnvironmentMarine EnvironmentThe OceansProperties in WaterAtmosphereOcean CirculationOcean WavesDesign ProcessMission RequirementMarket StudySystem DesignDesign ProcessDesign StagesInformation Generation and ManagementCommunicationDesign ToolsEngineering EconomicsInterest RelationshipsEconomic CriteriaEconomic ComplexitiesCash Flow CalculationBuilding Cost EstimationDetermination of PriceDesign versus Tendering and ContractEngineering Economics Application to Ship DesignVehicle Parameter EstimationShip NomenclatureControlling Equations for Preliminary Estimation of Main ParametersData Collection and Analysis for Parameter EstimationApproximate Semi-Empirical Relationships for Parameter EstimationBasic Ship Method of Parameter EstimationPreliminary Performance EstimateStability of Floating BodiesBonjean Curves and HydrostaticsStability at Small AnglesStability at Large AnglesIntact Stability RequirementsEffect of Parametric Changes on StabilityDiscussion on StabilityDamaged StabilitySafety and SubdivisionHydrodynamic DesignResistancePropulsionSeakeepingManoeuvrabilityHull Form DesignHull Form CharacteristicsGeometrical DesignComputer-Aided Design of Hull FormMachinery SystemMain and Auxiliary Machinery and EquipmentEnergy Consumption PatternStructural DesignMarine Structural MaterialLoads on Marine Structures and VehiclesStructural LayoutStructural DesignLayout DesignCargo SpacesLiquid Non-Cargo SpacesWorking SpacesAccommodation SpacesErgonomics in Layout DesignDesign for SafetySafety-Related IssuesDesign for MaintenanceRule-Based DesignRisk-Based DesignDesign for SustainabilityAir PollutionOcean PollutionDispersal of Aquatic Species due to ShippingUnderwater NoiseShip RecyclingDesign for ProductionManufacturing DesignDesign for ProductionModularisationDecision-Making ProcessModelling the Optimisation ProblemOptimisation TechniquesHeuristic Methods for Decision Support SystemsMultiple Criteria Decision Making (MCDM) Decision Support Applications in Ship DesignDesign ManagementCreativity and InnovationDesign IntegrationDesign ManagementReferences

Suresh Chandra Misra earned a degree in naval architecture from IIT Kharagpur, India, in 1970, and his PhD from the University of Newcastle upon Tyne, UK, in 1976. After serving for a few years as a design engineer in Hindustan Shipyard Ltd., Visakhapatnam, he joined the Indian Institute of Technology, Kharagpur, as an assistant professor in naval architecture. He became a professor and later head of the Department of Ocean Engineering and Naval Architecture before retiring from active service in 2013. He was also the director of the Indian maritime University, Visakhapatnem campus for the last five years of his active service period. Subsequent to his retirement, he has been involved in a number of research and consultancy activities in related areas.