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Aerodynamic and Hydrodynamic Performance |
| Performance Boat design and setup secrets for Recreational tunnels, Offshore Cats, Racing tunnels, Fishing/Utility hulls, Vee and Vee-Pad Hulls, Bass Boats | |
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"Secrets of Propeller Design";
book
(ISBN# 0-9780586-0-7)
Outlining "How a Propeller
Works", parts and functions of a properly designed propeller, including
material selection and "advanced propping" techniques, cupping,
gearcase design and nosecone application is outlined. Speed prediction
formulae and propeller selection methods. This is a "must have"
book for serious boaters, designers and enthusiasts that have "a
need to know".
Includes sections on:
History of Propellers
Engineering Theory
How Propellers Work
Propeller Pitch
Propeller Diameter
Propeller Rake
Blade Section
Blade Thickness
Blade Skew
Prop Slip
Types of Propellers
Number of blades
Cupping
Propeller Materials
Gear Case Design
Blowout
Nosecones
Hub design
Surface Drives
Cavitation
Performance analysis
Speed Prediction
What others say...
"This is a "must have" book for serious
boaters, designers and enthusiasts that have "a need to know".[Scream
and Fly on-line magazine, Feb 2006]
[download the "Secrets of
Propeller Design" Table of Contents (TOC)]
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| See Jimboat's articles on Propellers and design... | |||||||||
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Fundamentals of cavitation, ventilation, "BlowOut"
- and how to avoid problems. Advantages of all types of props - including cleaver, chopper, round-ear, weedless, racing cleaver. 3, 4, 5 & 6 blade propeller design & performance discussed. Propeller cup, rake, pitch, skew, venting, and effects on performance. |
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Details of "How
the Propeller works", including an explanation of all of the operating
parts, functions and features of a propeller. ...find out more... |
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[download
the "Secrets of Propeller Design" |
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History of the very first applications of propeller...like Archimedes' invention of the screw pump, also designed for supplying irrigation water, and the forerunner of the screw propeller. ...and like original drawings by Leonardo da Vinci containing water screws for pumping. | |||||||
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Screw propellers installed in the 1860 era lacked refinement, but their performance exceeded other devices of that time. The paddle wheel was gradually rendered obsolete in seagoing ships, as the screw propeller became the only type of propulsion in ships... | ||||||||
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Modern day propellers and the art of "advanced
propping" is outlined, including applications of three blade, four
blade and five-blade propellers, properties of aluminum, bronze, stainless
steel and even plastic propellers. Speed prediction formulae and propeller selection methods. |
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The hydrodynamic drag of the gear case can be a primary contributor to overall drag. Manufacturers have recently realized the tremendous impact of aerodynamics and hydrodynamics on hull performance. Today outboard and out-drive design has reached a point where model changes are dictated by the design of the gear case | |||||||
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"TBDP Version 9" Software "VBDP Version 9" Software "PropWorks2" software |
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| Special pricing updated May 22, 2026 |
Contact
us at: AeroMarine Research® 67 Highland Crescent, Cambridge, ON, Canada, N1S1M1 Tel: 519-240-7959 |
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©Copyright by AeroMarine Research and
Jim Russell, 1999, all rights reserved. Material from this website may be not copied or used or redistributed, in whole or in part, without specific written consent of Jim Russell or AeroMarine Research®. |
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