Principles of Yacht DesignA&C Black, 6 ene 2014 - 352 páginas The authors have used a 40 foot performance cruiser to demonstrate the practical application of yacht design theory. Beginning with the yacht's specifications, they examine vital topics and conclude with practical matters such as the layout of the cockpit, deck and cabin, and provide a complete weight calculation for the boat. |
Índice
PREFACE TO THE FOURTH EDITION 7 LIST OF SYMBOLS 8 INTRODUCTION 13 1 DESIGN METHODOLOGY | 17 |
Checklist for theYD41 26 3 HULL GEOMETRY | 27 |
Computeraided design of hulls 39 4 HYDROSTATICS AND STABILITY | 42 |
KEEL AND RUDDER DESIGN | 106 |
SAIL AND RIG DESIGN | 148 |
BALANCE | 167 |
PROPELLER AND ENGINE | 175 |
HIGH SPEED HYDRODYNAMICS | 191 |
RIG CONSTRUCTION | 211 |
HULL CONSTRUCTION | 231 |
SCANTLING DETERMINATION | 272 |
LAYOUT | 305 |
DESIGN EVALUATION | 318 |
Main particulars of the YD41 | 335 |
STIX calculation | 343 |
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Términos y frases comunes
added resistance aerodynamic angle of attack apparent wind aspect ratio beam bending boat bottom boundary layer bulkhead calculations centre of buoyancy centre of effort centre of gravity Chapter chord cockpit computed Contessa 32 core curve deck diameter dimensioning displacement distance drag drag coefficient effect equations factor fibre flow forestay formula forward friction Froude number given heel angle height hydrodynamic important increase induced resistance inertia keelbolts laminate larger length lift coefficient load longitudinal mainsail mast maximum method minimum moment of inertia normally obtained optimum panel parameters plane propeller reduced residuary resistance resistance components rough rudder sail area sailing yacht sandwich scantling section modulus seen sheer line shown in Fig shrouds side force smaller stability stern stiffener strength thickness transom transverse trim angle upwind velocity vertical vortex waterline wave resistance wetted surface windward wing yacht design zero