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All about Powerboats Understanding Design and Performance

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ISBN-10: 0071362045

ISBN-13: 9780071362047

Edition: 2002

Authors: Roger Marshall

List price: $18.95
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Providing practical advice on hull shape, engines, construction methods, steering systems, comfort and safety, this text is an ideal introduction to small powerboats, 18 to 30 feet long, from the perspective of use.
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Book details

List price: $18.95
Copyright year: 2002
Publisher: McGraw-Hill Professional Publishing
Publication date: 3/26/2002
Binding: Paperback
Pages: 160
Size: 7.25" wide x 9.00" long x 0.50" tall
Weight: 0.836

Acknowledgments
Factors in Powerboat Design
Powerboat Speed Other Design Factors Seaworthiness
Range
Comfort
Cost
The Language of Hull Shapes
Reading the Lines Profile View
Plan View
Sectional View Features of Hull Design Chines
Deadrise
Freeboard
Flare
Keels and Bilge Keels
Running Strakes
Trim Angle and Trim Tabs
Hull Shapes
Displacement Hulls Trawler Yachts
Skinny Boats
Catamarans Planing Hulls High-Speed Deep-V Hulls
Stepped Hulls Fishing Hull
Shapes Saltwater Flats Boats
Bass Boats
Offshore Sportfishing Boats Semiplaning or Transitional Hull Shapes Bow
Midbody
Stern
Summary
Common Questions
A Rounded Hull or a Chined Hull: Which Is Best?
How Fast Will It Go?
How Many People Can I Get Aboard?
What Kind of Range Can I Expect?
Tools to Help Evaluate Boats
Speed - Length Ratio
Displacement - Length Ratio
Length-to-Beam Ratio
Power-to-Weight Ratio
Cubic Number
Prismatic Coefficient
Powerboat Styling
Hull Styling Developing the Sheerline
Developing the Bow and Stern Adding the Superstructure Avoiding Clutter
Understanding Stability
Factors Affecting Transverse Stability Form Stability
Center of Gravity
Chines and Chine Flats
Longitudinal Stability Tender and Stiff Boats Stability at Large Angles of Heel Effects of Flooding on Stability
Seaworthiness
The Skill of the Skipper and Crew A Seaworthy Hull
Seaworthiness Belowdecks Engine Room
Seaworthiness on Deck
Comfort
A Comfortable Hull Shape
Onboard Location Counts
Stabilizers Passive Stabilizers
Active Stabilizers
Paravanes
Dynamic Stabilization Comfort on Deck Easy and Safe to Go Forward
Easy-to-Climb Ladders and Stairwells
Easy to Work in the Cockpit or to Enjoy the Fantail
Fewer Steps between Deck Levels Lighting for Comfort Deck Lighting
Lighting in the Engine Room Interior Comfort Doors, Passageways, and Walkways
Bridge Layout
Sleeping Quarters
Bunk Dimensions
Bathrooms and Toilets
Designing for Good Maintenance Storage Electronics Storage
Galley Storage
Lockers
Refrigerator
Under the Cabin Sole
Overhead Storage
Engine Room Storage
Anchor Storage
Powering Your Boat
Early Engines
Basic Engine Types
Two-Stroke Cycles or "Two-Cycle" Engines (Gasoline)
Four-Stroke Cycles or "Four-Cycle" Engines (Gasoline)
Diesel Engines (Inboards) Outboard Engines Recent Outboard Engine Developments
Choosing an Outboard Inboard Engines The Latest Gasoline Inboard Engines
Diesel Inboard Engines
Gas or Diesel Inboard: Which One Is for You?
Single or Twin Engines?
Sterndrive Engines Inboard, Outboard, or Sterndrive?
Jet Drive Drive Train Components Transmission
Propeller Shaft
Shaft Logs
Propellers
Propeller Terminology
Increasing Your Propeller's Efficiency
Common Engine Solutions Vibration
Noise
Steering Systems
Wheel Steering Hydraulic
Cable
Wire Other Types of Steering Systems Steering with a Whipstaff
Tiller Steering
Rack-and-Pinion Steering Rudders Steering with Twin Engines Backing Down
How a Boat Is Built
The Mold Making the Plug
Making the Mold Laying Up a Hull The Laminate
Interior Moldings
Vacuum-Assisted Resin Transfer Molding (VARTM) Evolution of Hull Materials
Core Materials
Resins Putting the Hull Together Production Boat Construction
Custom Boat Construction
Semicustom Boats
Safety
Appendix
Inflatables
Puncture Resistance Rigid-Bottom versus Soft-Bottom What to Look For: Features and Construction
Index