Naval Engineering Books. Marine Engineering | by Roy L. Harrington (ed) | ISBN: 9780939773107. Marine Engineering Books. Naval Architecture and Marine Engineering. Ship Design Process. Ship Propulsion System. Marine Steam Generators. Diesel and Gas Turbine Engines.
December 13th, 2009 | by kutenk |Marine Engineering
by Roy L. Harrington (ed)
ISBN:9780939773107
Presenting more than 20 years of evolutionary changes in the maritime industry, this book provides a complete review of marine engineering, encompassing both naval and merchant practices and incorporating the broad range of technological developments.
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Marine Engineering
Foreword
Preface
Chapter I – Basic Concepts
Section 1: Introduction
Section 2: The Ship Design Process
Section 3: Development of Main Propulsion System
Section 4: Other Design Considerations of Noteworthy Significance
Section 5: Tests and Trials
References
Chapter II – Thermodynamics and Heat Engineering
Section 1: Review of Fundamentals
Section 2: Heat Transfer in Boilers
Section 3: Internal Thermodynamics of the Steam Turbine
Section 4: External Thermodynamics of the Steam Turbine
Section 5: Thermodynamics of Steam Cycles
Section 6: Diesel Engine Thermodynamics
Section 7: Gas Turbine Thermodynamics
Section 8: Waste Heat from Diesel and Gas Turbine Engines
References
Chapter III – Diesel Engines
Section 1: Introduction
Section 2: Thermodynamic Analysis
Section 3: Performance Characteristics of Diesel Engines
Section 4: Fuel Characteristics, Injection, and Combustion
Section 5: Engine Matching and Selection
Section 6: Moments, Forces, and Vibration
Section 7: Engine Components
Section 8: Engine Control
Section 9: Waste-Heat Recovery and Utilization; Steam Systems
Section 10: Support Systems
Section 11: Installation, Operation, and Maintenance Practices
References
Chapter IV – Gas Turbines
Section 1: Introduction
Section 2: Arrangement and Structural Details
Section 3: Accessories
Section 4: Controls
Section 5: Compressor Design
Section 6: Turbine Design and Construction
Section 7: Combustion Systems
Section 8: Bearings, Seals, and Lubrication
References
Chapter V – Boilers and Combustion
Section 1: Classification of Marine Steam Generators
Section 2: Considerations in the Selection of a Boiler
Section 3: Boiler Design
Section 4: Boiler Operation
References
Chapter VI – Steam Turbines
Section 1: Arrangements and Cycles
Section 2: Turbine Performance
Section 3: Turbine Stage Design
Section 4: Turbine Control
Section 5: Rotors and Blades
Section 6: Nozzles, Diaphragms, and Stationary Blading
Section 7: Casings and Packings
Section 8: Lubrication and Bearings
Section 9: Main Propulsion Turbine Operation
Section 10: Auxiliary Turbines
References
Chapter VII – Nuclear Marine Propulsion
Section 1: Fundamental Principles
Section 2: Reactor Design Considerations
Section 3: Nuclear Propulsion Applications
References
Chapter VIII – Electric Propulsion Drives
Section 1: Basic Considerations
Section 2: Direct-Current Propulsion-Drive Systems
Section 3: Alternating-Current Propulsion-Drive Systems
Section 4: Ship Applications
References
Chapter IX – Reduction Gears
Section 1: Introduction
Section 2: Tooth Design Factors
Section 3: Gear Design
Section 4: Applications
References
Chapter X – Propellers, Shafting, and Shafting System Vibration Analyses
Section 1: Introduction
Section 2: Arrangement Considerations
Section 3: Shafting Loads
Section 4: Shafting Design
Section 5: Bearings
Section 6: Propellers
Section 7: Torsional Vibration
Section 8: Longitudinal Vibration
Section 9: Whirling Vibration
References
Chapter XI – Bearings and Lubrication
Section 1: Review of Fundamentals
Section 2: Bearings
Section 3: Lubrication Systems
References
Chapter XII – Fuels and Fuel Treatment
Section 1: Marine Petroleum Fuels
Section 2: Propulsion Fuel-Oil Systems
Chapter XIII – Noise Control
Section 1: Noise-Control Fundamentals
Section 2: Noise-Control Techniques
References
Chapter XIV – Pumps, Compressors, Blowers, and Ejectors
Section 1: Pumps
Section 2: Compressors
Section 3: Blowers
Section 4: Ejectors
References
Chapter XV – Main and Auxiliary Condensers
Section 1: General Characteristics
Section 2: Condenser Design
Section 3: Surface Condenser Performance
Section 4: Performance Predictions from Design Geometry
References
Chapter XVI – Heat Exchangers
Section 1: Introduction
Section 2: Shell-and-Tube Heat Exchanger Arrangements
Section 3: Shell-and-Tube Heat Exchanger Thermal and Hydrodynamic Design
Section 4: Shell-and-Tube Heat Exchanger Mechanical Design
Section 5: Plate Heat Exchangers and Compact Heat Exchangers
Section 6: Heat Exchanger Applications
References
Chapter XVII – Desalination Plants
Section 1: Desalination Plant Designs
Section 2: Distilling Plant Design Considerations
References
Chapter XVIII – Hull Machinery
Section 1: General Design Considerations
Section 2: Steering Gears
Section 3: Anchor Windlasses
Section 4: Winches, Capstans, Cargo-Handling Equipment, and Elevators
Section 5: Maneuvering Devices
Section 6: Ship Roll Stabilization
References
Chapter XIX – Electrical Systems
Section 1: Introduction
Section 2: Power System
Section 3: Power Sources and Conversion
Section 4: Power Distribution
Section 5: Electric Plant Control
Section 6: Electrical Power-Consuming Systems and Equipment
Section 7: Lighting System
Section 8: Interior Communication Systems
Section 9: Navigation Systems
Section 10: Exterior Communication Systems
Section 11: Degaussing
Section 12: Electromagnetic Environmental Effects
Section 13: Shipboard Cabling
References
Chapter XX – Piping Systems
Section 1: Piping System Design Development
Section 2: Piping Design Details
Section 3: Machinery Plant Support Systems
Section 4: Ship-Service Systems
References
Chapter XXI – Heating, Ventilation, Air Conditioning, and Refrigeration
Section 1: General
Section 2: The Design Process
Section 3: Distributive Systems
References
Chapter XXII – Construction Materials
Section 1: Introduction
Section 2: Corrosion of Metals
Section 3: Fatigue
Section 4: Behavior of Metals at Elevated Temperatures
Section 5: Composite Materials
Section 6: Survey of Select Material Applications
References
Units of Measure Conversion Table
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