Front Cover -- Marine Propellers and Propulsion -- Copyright -- Dedication -- Contents -- Preface -- Preface to the Third Edition -- Preface -- Preface to the Second Edition -- Preface -- Preface to the First Edition -- General Nomenclature -- Chapter 1 - The Early Development of the Screw Propeller -- REFERENCES -- FURTHER READING -- Chapter 2 - Propulsion Systems -- 2.1 FIXED PITCH PROPELLERS -- 2.2 DUCTED PROPELLERS -- 2.3 PODDED AND AZIMUTHING PROPULSORS -- 2.4 CONTRA-ROTATING PROPELLERS -- 2.5 OVERLAPPING PROPELLERS -- 2.6 TANDEM PROPELLERS -- 2.7 CONTROLLABLE PITCH PROPELLERS -- 2.8 SURFACE PIERCING PROPELLERS -- 2.9 WATERJET PROPULSION -- 2.10 CYCLOIDAL PROPELLERS -- 2.11 PADDLE WHEELS -- 2.12 MAGNETOHYDRODYNAMIC PROPULSION -- 2.13 WHALE-TAIL PROPULSION -- REFERENCES AND FURTHER READING -- Chapter 3 - Propeller Geometry -- 3.1 FRAMES OF REFERENCE -- 3.2 PROPELLER REFERENCE LINES -- 3.3 PITCH -- 3.4 RAKE AND SKEW -- 3.5 PROPELLER OUTLINES AND AREA -- 3.6 PROPELLER DRAWING METHODS -- 3.7 SECTION GEOMETRY AND DEFINITION -- 3.8 BLADE THICKNESS DISTRIBUTION AND THICKNESS FRACTION -- 3.9 BLADE INTERFERENCE LIMITS FOR CONTROLLABLE PITCH PROPELLERS -- 3.10 CONTROLLABLE PITCH PROPELLER OFF-DESIGN SECTION GEOMETRY -- 3.11 MISCELLANEOUS CONVENTIONAL PROPELLER GEOMETRY TERMINOLOGY -- REFERENCES AND FURTHER READING -- Chapter 4 - The Propeller Environment -- 4.1 DENSITY OF WATER -- 4.2 SALINITY -- 4.3 WATER TEMPERATURE -- 4.4 VISCOSITY -- 4.5 VAPOR PRESSURE -- 4.6 DISSOLVED GASES IN SEA WATER -- 4.7 SURFACE TENSION -- 4.8 WEATHER -- 4.9 SILT AND MARINE ORGANISMS -- REFERENCES AND FURTHER READING -- Chapter 5 - The Ship Wake Field -- 5.1 GENERAL WAKE FIELD CHARACTERISTICS -- 5.2 WAKE FIELD DEFINITION -- 5.3 THE NOMINAL WAKE FIELD -- 5.4 ESTIMATION OF WAKE FIELD PARAMETERS -- 5.5 EFFECTIVE WAKE FIELD -- 5.6 WAKE FIELD SCALING.

5.7 WAKE QUALITY ASSESSMENT -- 5.8 WAKE FIELD MEASUREMENT -- REFERENCES AND FURTHER READING -- Chapter 6 - Propeller Performance Characteristics -- 6.1 GENERAL OPEN WATER CHARACTERISTICS -- 6.2 THE EFFECT OF CAVITATION ON OPEN WATER CHARACTERISTICS -- 6.3 PROPELLER SCALE EFFECTS -- 6.4 SPECIFIC PROPELLER OPEN WATER CHARACTERISTICS -- 6.5 STANDARD SERIES DATA -- 6.6 MULTI-QUADRANT SERIES DATA -- 6.7 SLIPSTREAM CONTRACTION AND FLOW VELOCITIES IN THE WAKE -- 6.8 BEHIND-HULL PROPELLER CHARACTERISTICS -- 6.9 PROPELLER VENTILATION -- REFERENCES AND FURTHER READING -- Chapter 7 - Theoretical Methods - Basic Concepts -- 7.1 BASIC AEROFOIL SECTION CHARACTERISTICS -- 7.2 VORTEX FILAMENTS AND SHEETS -- 7.3 FIELD POINT VELOCITIES -- 7.4 THE KUTTA CONDITION -- 7.5 THE STARTING VORTEX -- 7.6 THIN AEROFOIL THEORY -- 7.7 PRESSURE DISTRIBUTION CALCULATIONS -- 7.8 BOUNDARY LAYER GROWTH OVER AN AEROFOIL -- 7.9 THE FINITE WING -- 7.10 MODELS OF PROPELLER ACTION -- 7.11 SOURCE AND VORTEX PANEL METHODS -- 7.12 EULER, LAGRANGIAN AND NAVIER-STOKES METHODS -- REFERENCES AND FURTHER READING -- Chapter 8 - Theoretical and Analytical Methods Relating to Propeller Action -- 8.1 MOMENTUM THEORY - RANKINE (1865) -- R.E. FROUDE (1887) -- 8.2 BLADE ELEMENT THEORY - W. FROUDE (1878) -- 8.3 PROPELLER THEORETICAL DEVELOPMENT (1900-1930) -- 8.4 BURRILL'S ANALYSIS PROCEDURE (1944) -- 8.5 LERBS ANALYSIS METHOD (1952) -- 8.6 ECKHARDT AND MORGAN'S DESIGN METHOD (1955) -- 8.7 LIFTING SURFACE CORRECTION FACTORS - MORGAN ET AL. -- 8.8 LIFTING SURFACE MODELS -- 8.9 LIFTING LINE-LIFTING SURFACE HYBRID MODELS -- 8.10 VORTEX LATTICE METHODS -- 8.11 BOUNDARY ELEMENT METHODS -- 8.12 METHODS FOR SPECIALIST PROPULSORS -- 8.13 COMPUTATIONAL FLUID DYNAMICS ANALYSIS -- REFERENCES AND FURTHER READING -- Chapter 9 - Cavitation -- 9.1 THE BASIC PHYSICS OF CAVITATION.

9.2 TYPES OF CAVITATION EXPERIENCED BY PROPELLERS -- 9.3 CAVITATION CONSIDERATIONS IN DESIGN -- 9.4 CAVITATION INCEPTION -- 9.5 CAVITATION-INDUCED DAMAGE -- 9.6 CAVITATION TESTING OF PROPELLERS -- 9.7 ANALYSIS OF MEASURED PRESSURE DATA FROM A CAVITATING PROPELLER -- 9.8 THE CFD PREDICTION OF CAVITATION -- REFERENCES AND FURTHER READING -- Chapter 10 - Propeller Noise -- 10.1 PHYSICS OF UNDERWATER SOUND -- 10.2 NATURE OF PROPELLER NOISE -- 10.3 NOISE SCALING RELATIONSHIPS -- 10.4 NOISE PREDICTION AND CONTROL -- 10.5 TRANSVERSE PROPULSION UNIT NOISE -- 10.6 MEASUREMENT OF RADIATED NOISE -- 10.7 NOISE IN RELATION TO MARINE MAMMALS -- REFERENCES AND FURTHER READING -- Chapter 11 - Propeller, Ship and Rudder Interaction -- 11.1 BEARING FORCES AND MOMENTS -- 11.2 HYDRODYNAMIC INTERACTION -- 11.3 PROPELLER-RUDDER INTERACTION -- REFERENCES AND FURTHER READING -- Chapter 12 - Ship Resistance and Propulsion -- 12.1 FROUDE'S ANALYSIS PROCEDURE -- 12.2 COMPONENTS OF CALM WATER RESISTANCE -- 12.3 METHODS OF RESISTANCE EVALUATION -- 12.4 PROPULSIVE COEFFICIENTS -- 12.5 THE INFLUENCE OF ROUGH WATER -- 12.6 RESTRICTED WATER EFFECTS -- 12.7 HIGH-SPEED HULL FORM RESISTANCE -- 12.8 AIR RESISTANCE -- REFERENCES AND FURTHER READING -- Chapter 13 - Thrust Augmentation Devices -- 13.1 DEVICES BEFORE THE PROPELLER -- 13.2 DEVICES AT THE PROPELLER -- 13.3 DEVICES BEHIND THE PROPELLER -- 13.4 COMBINATIONS OF SYSTEMS -- REFERENCES AND FURTHER READING -- Chapter 14 - Transverse Thrusters -- 14.1 TRANSVERSE THRUSTERS -- 14.2 STEERABLE INTERNAL DUCT THRUSTERS -- REFERENCES AND FURTHER READING -- Chapter 15 - Azimuthing and Podded Propulsors -- 15.1 AZIMUTHING THRUSTERS -- 15.2 PODDED PROPULSORS -- REFERENCES AND FURTHER READING -- Chapter 16 - Waterjet Propulsion -- 16.1 BASIC PRINCIPLE OF WATERJET PROPULSION -- 16.2 IMPELLER TYPES -- 16.3 MANEUVERING ASPECTS OF WATERJETS.

16.4 WATERJET COMPONENT DESIGN -- REFERENCES AND FURTHER READING -- Chapter 17 - Full-Scale Trials -- 17.1 POWER ABSORPTION MEASUREMENTS AND TRIALS -- 17.2 BOLLARD PULL TRIALS -- 17.3 PROPELLER-INDUCED HULL SURFACE PRESSURE MEASUREMENTS -- 17.4 CAVITATION OBSERVATIONS -- REFERENCES AND FURTHER READING -- Chapter 18 - Propeller Materials -- 18.1 GENERAL PROPERTIES OF PROPELLER MATERIALS -- 18.2 SPECIFIC PROPERTIES OF PROPELLER MATERIALS -- 18.3 MECHANICAL PROPERTIES -- 18.4 TEST PROCEDURES -- REFERENCES AND FURTHER READING -- Chapter 19 - Propeller Blade Strength -- 19.1 CANTILEVER BEAM METHOD -- 19.2 NUMERICAL BLADE STRESS COMPUTATIONAL METHODS -- 19.3 DETAILED STRENGTH DESIGN CONSIDERATIONS -- 19.4 PROPELLER BACKING STRESSES -- 19.5 BLADE ROOT FILLET DESIGN -- 19.6 RESIDUAL BLADE STRESSES -- 19.7 ALLOWABLE DESIGN STRESSES -- 19.8 FULL-SCALE BLADE STRAIN MEASUREMENT -- REFERENCES AND FURTHER READING -- Chapter 20 - Propeller Manufacture -- 20.1 TRADITIONAL MANUFACTURING METHOD -- 20.2 CHANGES TO THE TRADITIONAL TECHNIQUE OF MANUFACTURE -- REFERENCES AND FURTHER READING -- Chapter 21 - Propeller Blade Vibration -- 21.1 FLAT-PLATE BLADE VIBRATION IN AIR -- 21.2 VIBRATION OF PROPELLER BLADES IN AIR -- 21.3 THE EFFECT OF IMMERSION IN WATER -- 21.4 SIMPLE ESTIMATION METHODS -- 21.5 FINITE ELEMENT ANALYSIS -- 21.6 PROPELLER BLADE DAMPING -- 21.7 PROPELLER SINGING -- REFERENCES AND FURTHER READING -- Chapter 22 - Propeller Design -- 22.1 THE DESIGN AND ANALYSIS LOOP -- 22.2 DESIGN CONSTRAINTS -- 22.3 THE ENERGY EFFICIENCY DESIGN INDEX -- 22.4 THE CHOICE OF PROPELLER TYPE -- 22.5 THE PROPELLER DESIGN BASIS -- 22.6 THE USE OF STANDARD SERIES DATA IN DESIGN -- 22.7 DESIGN CONSIDERATIONS -- 22.8 THE DESIGN PROCESS -- REFERENCES AND FURTHER READING -- Chapter 23 - Operational Problems -- 23.1 PERFORMANCE RELATED PROBLEMS.

23.2 PROPELLER INTEGRITY RELATED PROBLEMS -- 23.3 IMPACT OR GROUNDING -- REFERENCES AND FURTHER READING -- Chapter 24 - Service Performance and Analysis -- 24.1 EFFECTS OF WEATHER -- 24.2 HULL ROUGHNESS AND FOULING -- 24.3 HULL DRAG REDUCTION -- 24.4 PROPELLER ROUGHNESS AND FOULING -- 24.5 GENERALIZED EQUATIONS FOR THE ROUGHNESS-INDUCED POWER PENALTIES IN SHIP OPERATION -- 24.6 MONITORING OF SHIP PERFORMANCE -- REFERENCES AND FURTHER READING -- Chapter 25 - Propeller Tolerances and Inspection -- 25.1 PROPELLER TOLERANCES -- 25.2 PROPELLER INSPECTION -- REFERENCES AND FURTHER READING -- Chapter 26 - Propeller Maintenance and Repair -- 26.1 CAUSES OF PROPELLER DAMAGE -- 26.2 PROPELLER REPAIR -- 26.3 WELDING AND THE EXTENT OF WELD REPAIRS -- 26.4 STRESS RELIEF -- REFERENCES AND FURTHER READING -- Bibliography -- Index.