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Introduction to naval architecture /
The leading single volume introduction to naval architecture by one of the subject's best-known authors Provides a perfect introduction to the topic for newcomers to the field and a compact overview for related marine professionals needing a working knowledge of the area Updated to cover key de...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Kidlington, Oxford ; Waltham, MA :
Butterworth-Heinemann,
�2013.
|
| Edición: | 5th ed. |
| Colección: | Engineering professional collection
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Machine generated contents note: General
- Naval Architecture and the Naval Architect
- Safety
- The Impact of Technology and Computers
- Summary
- Introduction
- Definition
- Displacement and Tonnage
- Freeboard and Load Lines
- International and National Regulatory Bodies
- Standards
- Summary
- Introduction
- Approximate Integration
- Spreadsheets
- Summary
- Introduction
- Equilibrium
- The Metacentre
- Trim
- Hydrostatic Curves
- Problems in Trim
- Transverse Weight Movements
- Summary
- Introduction
- The Approach
- Stability at Small Angles
- Special Cases in Stability
- The Inclining Experiment
- Stability at Large Angles
- Statical Stability (GZ) Curves
- Cross Curves of Stability
- Weight Movements
- Dynamical Stability
- External Influences
- Stability Standards for the Intact Ship
- IMO Criteria
- Warship Intact Stability
- Comment on Stability Standards
- Stability of Small Craft
- Flooding and Damaged Stability
- Stability in the Damaged State
- The Probabilistic Approach
- Stability Standards for the Damaged Ship
- Damage Stability Standards for Warships
- Continuing Work
- Summary
- Introduction
- Launching
- Docking
- Grounding
- Summary
- Introduction
- Fluid Flow
- Numerical Methods and Computational Fluid Dynamics
- Types of Resistance
- Calculation of Resistance
- Methodical Series
- Roughness
- Resistance in Shallow Water
- Form Parameters and Resistance
- Model Experiments
- Full-Scale Trials
- Effective Power
- Summary
- Introduction
- General Principles
- Propulsors
- The Screw Propeller
- Propeller Thrust and Torque
- Presentation of Propeller Data
- Hull Efficiency Elements
- The ITTC Performance Prediction Method
- Cavitation
- Other Propulsor Types
- Ship Trials
- Main Machinery Power
- Summary
- Introduction
- The Ocean Environment
- The Atmosphere
- The Ocean
- Ice and Cold Weather
- Other Extreme Environments
- Marine Pollution
- Human Factors
- The Internal Environment
- Summary
- Introduction
- Ship Responses
- Ship Motions
- Presentation of Motion Data
- Limiting Factors
- Overall Seakeeping Performance
- Acquiring Seakeeping Data
- Hazards Due to Wave Resonance Effects
- Deriving the Motions
- Effect of Ship Form
- Stabilisation
- Summary
- Introduction
- Ship Vibrations
- Calculations
- Vibration Levels
- Noise
- Shock
- Summary
- Introduction
- Directional Stability and Control
- Manoeuvring
- Manoeuvring Devices
- Rudder Area, Forces and Torques
- Ship Handling
- Dynamic Stability and Control of Submarines
- Underwater Vehicles, General
- Predictions of Manoeuvrabilty
- Modifying a Ship's Manoeuvring Performance
- Summary
- Introduction
- Nature of a Ship's Structure
- Modes of Failure
- Forces on a Ship
- Longitudinal Strength in Waves
- Section Inertia and Modulus
- Superstructures
- Standard Calculation Results
- Strength of Individual Structural Elements
- Transverse Strength
- Some Other Structural Considerations
- Horizontal Flexure and Torsion
- Load-Shortening Curves
- Finite Element Analysis
- Corrosion
- Overall Structural Safety
- Summary
- Introduction
- The Requirements
- The Design Phases
- A Methodical Design Approach
- Design Configuration
- CAD Systems
- Costs
- Some General Design Problems
- Safety
- Summary
- Introduction
- Merchant Ships
- Specialist Vessels
- High-Speed Craft
- Warships
- Summary.