Naval architecture for marine engineers /
Revised by Richard Pemberto, E. A. Stokoe
- London REEDS 2018
- viii, 384 p. ill. 24 cm
Contents 1 Underlying Maths and Physics Forces and Moments Units Derived units Indices Multiples and submultiples Rearranging Formulae/Equations Trigonometry Using a Calculator Calculation of Area, Volume, First and Second Moments Simpson’s First Rule Application to volumes First and second moments of area Summary
2 Hydrostatics and Flotation Density Archimedes’ Principle Floating Bodies and the Law of Flotation Marine Hydrometer Hydrostatics Displacement Buoyancy Tonne Per Centimetre Immersion Coefficients of Form Wetted Surface Area Similar Figures Applying Simpson’s Rule to Ship Hulls Use of Intermediate Ordinates Chapter 2 Test Examples
3 Centre of Gravity Shift in Centre of Gravity Due to Addition of Mass Shift in Centre of Gravity Due to Movement of Mass Effect of a Suspended Mass Chapter 3 Test Examples
4 Stability of Ships Position of the Metacentre, M Metacentric Diagram Stability at Large Angles of Heel Stability of a Wall-sided Ship Free Surface Effect The Effect of Tank Divisions on Free Surface Practical Considerations Inclining Experiment Conduct of Inclining Experiment Chapter 4 Test Examples
5 Trim Definitions Effect of Adding Small Masses Determination of Draughts After the Addition of Large Masses Change in Mean Draught Due to Change in Density Change in Trim Due to Change in Density Change in Mean Draught Due to Bilging Change in Draughts Due to Bilging an End Compartment Chapter 5 Test Examples
6 Fluid Loading Pressure Exerted by a Liquid Load on an Immersed Plane Centre of Pressure Fluid Loading on a Bulkhead Load Diagram Shearing Force on Bulkhead Stiffeners Shearing Force and Bending Moment Chapter 6 Test Examples
7 Resistance Frictional Resistance Rf Residuary Resistance Rr Admiralty Coefficient Fuel Coefficient and Fuel Consumption Chapter 7 Test Examples
8 Propellers Features of Propellers Thrust Relation Between Powers Measurement of Pitch Cavitation Chapter 8 Test Examples
9 Rudder Theory Angle of Heel Due to Force on Rudder Angle of Heel When Turning Chapter 9 Test Examples Solutions to Chapter 2 Test Examples Solutions to Chapter 3 Test Examples Solutions to Chapter 4 Test Examples Solutions to Chapter 5 Test Examples Solutions to Chapter 6 Test Examples Solutions to Chapter 7 Test Examples Solutions to Chapter 8 Test Examples Solutions to Chapter 9 Test Examples Selection of Examination Questions Section 1. Solutions to Section 1 Examination Questions Section 2. Solutions to Section 2 Examination Questions