Hydrodynamics of high-speed marine vehicles
Discusses the three main categories of high-speed marine vehicles - vessels supported by submerged hulls, air cushions or foils.
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| Main Author | |
|---|---|
| Format | Electronic eBook |
| Language | English |
| Published |
Cambridge ; New York :
Cambridge University Press,
2005.
|
| Series | EngineeringPro.
|
| Subjects | |
| Online Access | Full text |
| ISBN | 9780511137235 9780511133633 9780511296963 9780511546068 9780521845687 9780521178730 |
| Physical Description | 1 online zdroj (xix, 454 pages) : illustrations |
Cover
Table of Contents:
- Introduction
- Operational limits
- Hydrodynamic optimization
- Summary of main chapters
- Resistance and propulsion
- Introduction
- Viscous water resistance
- Air resistance component
- Spray and spray rail resistance components
- Wave resistance component
- Other resistance components
- Model testing of ship resistance
- Resistance components for semi-displacement monohulls and catamarans
- Resistance components for an SES
- Wake flow
- Propellers
- Waterjet propulsion
- Waves
- Introduction
- Harmonic waves in finite and infinite depth
- Statistical description of waves in a sea state
- Long-term predictions of sea states
- Wave resistance and wash
- Introduction
- Ship waves in deep water
- Wave resistance in deep water
- Ship in finite water depth
- Ship in shallow water
- Surface effect ships
- Introduction
- Water level inside the air cushion
- Effect of air cushion on the metacentric height in roll
- Characteristics of aft seal air bags
- -Characteristics of bow seal fingers
- "Cobblestone" oscillations
- Added resistance and speed loss in waves
- Seakeeping characteristics
- Hydrofoil vessels and foil theory
- Introduction
- Main particulars of hydrofoil vessels
- Physical features
- Nonlinear hydrofoil theory
- 2D steady flow past a foil in infinite fluid. Forces
- 2D linear steady flow past a foil in infinite fluid
- 3D linear steady flow past a foil in infinite fluid
- Steady free-surface effects on a foil
- Foil interaction
- Ventilation and steady free-surface effects on a strut
- Unsteady linear flow past a foil in infinite fluid
- Semi-displacement vessels
- Introduction
- Linear wave-induced motions in regular waves
- Linear time-domain response
- Linear response in irregular waves
- Added resistance in waves
- Seakeeping characteristics
- Dynamic stability
- Wave loads-- Slamming, whipping and springing
- Introduction
- Local hydroelastic slamming effects
- -Slamming on rigid bodies
- Global wetdeck slamming effects
- Global hydroelastic effects on monohulls
- Global bow flare effects
- Springing
- Scaling of global hydroelastic effects
- Planing vessels
- Introduction
- Steady behaviour of a planing vessel on a straight course
- Prediction of running attitude and resistance in calm water
- Steady and dynamic stability
- Wave-induced motions and loads
- Maneuvering
- Maneuvering
- Introduction
- Traditional coordinate system and notations in ship maneuvering
- Linear ship maneuvering in deep water at moderate Froude number
- Linear ship maneuvering at moderate Froude number in finite water depth
- Linear ship maneuvering in deep water at high Froude number
- Nonlinear viscous effects for maneuvering in deep water at moderate speed
- Coupled surge, sway and yaw motion of a monohull
- Control means
- Maneuvering models in six degrees of freedom.