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E-raamat: Reeds Vol 4: Naval Architecture for Marine Engineers

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Reeds Vol 4: Naval Architecture for Marine Engineers covers the theoretical, fundamental aspects of vessel design for students preparing for the Class 2 and Class 1 Marine Engineer Officer exams. It introduces the basic foundation themes within naval architecture--hydrostatics, stability, resistance, and powering--using worked examples to show how solutions should be presented for an exam. The topics are presented as a typical teaching module, to aid the use of the book by lecturers as a compliment to a course.

This updated edition contains text and figures in line with modern practice, including many of the figures as 3D diagrams, and a new section on computer software for naval architecture. Naval Architecture for Marine Engineers also includes sample examination questions with worked examples answers to aid students in their learning.

Muu info

Fully revised and updated edition of this classic textbook for marine engineers covering all areas of naval architecture
Preface viii
1 Ubnderlying Maths and Physics
1(16)
Forces and Moments
1(1)
Units
2(2)
Indices
4(2)
Rearranging Formulae/Equations
6(1)
Trigonometry
6(2)
Using a Calculator
8(1)
Calculation of Area, Volume, First and Second Moments
9(7)
Summary
16(1)
2 Hydrostatics And Flotation
17(35)
Density
17(1)
Archimedes' Principle
18(2)
Floating Bodies and the Law of Flotation
20(1)
Marine Hydrometer
20(2)
Hydrostatics
22(3)
Tonne Per Centimetre Immersion
25(1)
Coefficients of Form
26(3)
Wetted Surface Area
29(2)
Similar Figures
31(3)
Applying Simpson's Rule to Ship Hulls
34(3)
Use of Intermediate Ordinates
37(11)
Chapter 2 Test Examples
48(4)
3 Centre of Gravity
52(11)
Shift in Centre of Gravity Due to Addition of Mass
55(3)
Shift in Centre of Gravity Due to Movement of Mass
58(1)
Effect of a Suspended Mass
59(2)
Chapter 3 Test Examples
61(2)
4 Stability of Ships
63(32)
Position of the Metacentre, M
66(4)
Metacentric Diagram
70(2)
Stability at Large Angles of Heel
72(7)
Stability of a Wall-sided Ship
79(1)
Free Surface Effect
80(3)
The Effect of Tank Divisions on Free Surface
83(4)
Practical Considerations
87(1)
Inclining Experiment
88(2)
Conduct of Inclining Experiment
90(2)
Chapter 4 Test Examples
92(3)
5 Trim
95(21)
Definitions
95(1)
Effect of Adding Small Masses
96(4)
Determination of Draughts After the Addition of Large Masses
100(2)
Change in Mean Draught Due to Change in Density
102(4)
Change in Trim Due to Change in Density
106(2)
Change in Mean Draught Due to Bilging
108(2)
Change in Draughts Due to Bilging an End Compartment
110(3)
Chapter 5 Test Examples
113(3)
6 Fluid Loading
116(22)
Pressure Exerted by a Liquid
116(3)
Load on an Immersed Plane
119(1)
Centre of Pressure
120(4)
Fluid Loading on a Bulkhead
124(2)
Load Diagram
126(3)
Shearing Force on Bulkhead Stiffeners
129(3)
Shearing Force and Bending Moment
132(4)
Chapter 6 Test Examples
136(2)
7 Resistance
138(17)
Frictional Resistance Rf
138(3)
Residuary Resistance Rr
141(5)
Admiralty Coefficient
146(3)
Fuel Coefficient and Fuel Consumption
149(3)
Chapter 7 Test Examples
152(3)
8 Propellers
155(12)
Features of Propellers
156(3)
Thrust
159(1)
Relation Between Powers
160(2)
Measurement of Pitch
162(2)
Cavitation
164(1)
Chapter 8 Test Examples
165(2)
9 Rudder Theory
167(213)
Angle of Heel Due to Force on Rudder
170(3)
Angle of Heel When Turning
173(2)
Chapter 9 Test Examples
175(1)
Solutions to
Chapter 2 Test Examples
176(17)
Solutions to
Chapter 3 Test Examples
193(4)
Solutions to
Chapter 4 Test Examples
197(13)
Solutions to
Chapter Test Examples
210(15)
Solutions to
Chapter 6 Test Examples
225(9)
Solutions to
Chapter 7 Test Examples
234(9)
Solutions to
Chapter 8 Test Examples
243(5)
Solutions to
Chapter 9 Test Examples
248(3)
Selection of Examination Questions Section 1
251(44)
Selection of Examination Questions Section 2
295(85)
Acknowledgments 380(1)
Index 381
Dr Richard Pemberton CEng MRINA is Lecturer in Mechanical & Marine Design at Plymouth University.

After completing his Ph.D. on System Identification in Computational Fluid Dynamics (CFD) in 2003, Richard joined GBR Challenge Americas Cup yacht racing team as a design analyst. Since then he was worked as a designer or technical consultant to sailors and yacht racing teams in many of the major competitions within the sport, such as: The Americas Cup, Volvo Ocean Race, Vendee Globe race,Olympics and the World Speed Sailing Record.

Before joining Plymouth University, Richard worked as a consultant Naval Architect both in a self-employed capacity and at the University of Southamptons Wolfson Unit for Marine Technology and Industrial Aerodynamics.

E A Stokoe was formerly Principal Lecturer in Naval Architecture at South Shields Marine and Technical College
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