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E-grāmata: Reeds Vol 2: Applied Mechanics for Marine Engineers

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This book covers the principal topics in applied mechanics for professional trainees studying Merchant Navy Marine Engineering Certificates of Competency (CoC) as well as the core syllabi in applied mechanics for undergraduates studying for BSc, BEng and MEng degrees in marine engineering, naval architecture and other marine technology related programmes.

This new edition has been fully updated to reflect the recent changes to the Merchant Navy syllabus and current pathways to a sea-going engineering career, specifically the increased emphasis that has been placed on colleges and universities now responsible for the academic requirements for those studying for a career in marine engineering. In particular this means the book has been updated to include more information about the general principles and applications of the exercises in the practical world of marine engineering.

Each chapter has fully worked examples interwoven into the text, with test examples set at the end of each chapter. Other revisions include examples reflecting modern machines and practice, current legislation and current syllabi.



An authoritative guide to the principles of applied mechanics within a marine setting.

Papildus informācija

An authoritative guide to the principles of applied mechanics within a marine setting.
Preface ix
Introduction 1(5)
Systeme International d'Unites (SI Units)
3(2)
Base SI units
4(1)
Decimal fractions of SI units
4(1)
Decimal multiples of SI units
5(1)
Qualifications and Assessment
5(1)
1 Statics 6(29)
Vector and Scalar Quantities
8(1)
Characteristics of Forces
9(1)
The Equilibrant Force
10(1)
The Triangle of Forces
11(1)
The Polygon of Forces
11(1)
Concurrent and Parallel Coplanar Forces
12(1)
Bow's Notation
13(1)
Components of a Force
14(1)
Slings
15(4)
Jib Cranes
19(3)
Engine Room Lifting Operations
22(1)
Reciprocating Engine (Running Gear) Mechanism
23(2)
Framed Structures
25(4)
Non-Coplanar Forces
29(6)
2 Kinematics 35(31)
Linear Motion
35(3)
Velocity-Time Graphs
38(3)
Equations
41(2)
Motion Caused by Gravity
43(1)
Angular Motion
44(2)
Equations
46(1)
Relationship Between Linear and Angular Motion
47(2)
Instantaneous Values
49(2)
Change of Velocity
51(3)
Relative Velocity
54(4)
Instantaneous Centre of Rotation
58(3)
Projectiles
61(5)
3 Dynamics 66(15)
Linear Momentum
72(2)
Angular Momentum
74(2)
Turning Moment
76(5)
4 Work, Power And Energy 81(22)
Power
84(3)
Power by Torque
87(3)
Energy
90(8)
Fluctuation of Speed and Energy
98(5)
5 Centripetal Forces 103(32)
Side Skidding and Overturning of Vehicles
107(4)
Balancing
111(2)
Balancing a Number of Rotating Masses
113(1)
Stress in Flywheel Rims Due to Centrifugal Force
114(2)
Speed-Sensing Devices (Basic Principles)
116(1)
Conical Pendulum
116(1)
Simple Unloaded Governor
117(2)
Porter Governor
119(2)
Hartnell Governor
121(3)
Simple Harmonic Motion
124(4)
The Simple Pendulum
128(2)
Vibrations of a Spring
130(5)
6 Sliding Friction 135(19)
Horizontal Planes
135(5)
Inclined Planes
140(4)
Forces parallel to the plane
140(4)
Acceleration on Inclined Plane
144(2)
Forces Not Parallel to Inclined Plane
146(5)
Efficiency of the Square Thread
151(3)
7 Moments 154(26)
Couple
161(1)
Centre of Gravity
162(5)
Centroid of Irregular Area
167(3)
Second Moments
170(3)
Theorem of Parallel Axes
173(1)
Polar Second Moments
174(6)
8 Lifting Machines 180(23)
Crane and Rope Pulley Blocks
181(4)
Wheel and Axle
185(3)
Wheel and Differential Axle
188(1)
Differential Pulley Blocks
189(2)
Worm and Worm-Wheel
191(1)
Screw Jack
192(1)
Worm-Driven Screw Jack
193(1)
Warwick Screw
194(1)
Crab Winches
195(1)
Hydraulic Jack
196(2)
Laboratory Experiments
198(5)
9 Materials Under Stress 203(37)
Ultimate Tensile Strength
207(1)
Working Stress and Factor of Safety
208(1)
Strain
209(1)
Elasticity
210(1)
Modulus of Elasticity
211(1)
Tensile Test to Destruction
212(3)
Strength of Pressure Vessels
215(5)
Stresses in Compound Bars
220(1)
Equivalent Modulus of Elasticity of Compound Bars
221(2)
Stress Due to Restricted Thermal Expansion
223(2)
Stress Due to Thermal Expansion of Compound Bars
225(2)
Elastic Strain Energy
227(3)
Suddenly Applied and Shock Loads
230(3)
Stresses on Oblique Planes
233(7)
10 Bending Of Beams 240(36)
Shearing Forces and Bending Moments
244(2)
Shearing Force and Bending Moment Diagrams
246(10)
Standard Examples
256(2)
Stresses in Beams
258(6)
Modulus of Section
264(3)
Deflection of Beams
267(3)
Combined Bending and Direct Stress
270(6)
11 Torsion Of Shafts 276(23)
Relation Between Torque and Stress
280(1)
Experiment to Determine Modulus of Rigidity
281(2)
Torsional Resilience
283(1)
Relationship Between Torque and Power
284(1)
Maximum and Mean Torque
285(1)
Transmission of Power through Coupling Bolts
286(1)
Reciprocating Engine Mechanism
287(3)
Crank Effort
290(1)
Hydraulic Steering Gear
291(3)
Deflection of a Closely Coiled Helical Spring
294(5)
12 Hydrostatics: Study Of Fluids At Rest 299(20)
Density
299(1)
Mixing of Liquids of Different Densities
299(2)
Apparent Loss of Weight of a Submerged Body
301(2)
Floating Bodies
303(1)
Pressure Head
304(2)
Manometers
306(2)
Load on an Immersed Surface
308(2)
Transmission of Power
310(1)
Centre of Pressure
310(5)
Hydrostatic Force and Centre of Pressure for Non-Mixing Liquids
315(4)
13 Hydrodynamics: Study Of Fluids In Motion 319(24)
Discharge Through an Orifice
321(2)
Bernoulli's Equation
323(3)
Effect of Friction
326(1)
Venturi Meter
327(1)
Meter Coefficient
328(2)
Friction in Pipes
330(2)
Impact of Water Jet
332(1)
Centrifugal Pump
333(3)
Manometric Head
336(1)
Pump Power
337(1)
Manometric Efficiency
337(1)
Orifice Control
338(5)
Solutions To Practice Examples 343(92)
Selection Of Examination Questions Relevant To STCW 'Management Level' 435(14)
Solutions To Examination Questions Relevant To STCW 'Management Level' 449(46)
Selection Of Higher Level Examination Questions Relevant To STCW 'Management Level' 495(18)
Solutions To Higher Level Examination Questions Relevant To STCW 'Management Level' 513(58)
Index 571
Paul A Russell was Head of School at the National Sea Training Centre at North West Kent College, UK as well as lecturer in Marine Engineering at the University of Greenwich. He is Managing Director of Thamesview Maritime Limited, a marine engineering consultancy specialising in the professional development of marine engineers and has previously worked as the Editor for the journal Marine Propulsion and Auxiliary Machinery. Paul has also completed two terms in office as the Chair of the South East branch of the Institute of Marine Engineering Science and Technology.
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