Muutke küpsiste eelistusi

Reeds Vol 5: Ship Construction for Marine Engineers 7th edition [Pehme köide]

  • Pehme köide
  • Hind: 52,72 €*
  • * hind on lõplik, st. muud allahindlused enam ei rakendu
  • soodushind kehtib ainult laos olevatele toodetele (tellimishind: 59,75 €)
  • Tavahind: 70,30 €
  • Säästad 25%
  • Kaupluses 1 eks Tule tutvuma - Raekoja plats 11, Tartu, E-R 10-18
  • Kogus:
  • Lisa ostukorvi
  • Tasuta tarne
  • Saadame välja 1 tööpäeva jooksul
  • Lisa soovinimekirja
Fully revised and updated 7th edition of this authoritative textbook for marine engineers covering the construction of passenger and cargo ships.

Reeds Vol 5 covers ship construction techniques and methods for all classes of the Merchant Navy marine deck and engineering Certificates of Competency (CoC) as well as students studying for degrees and diplomas in Naval Architecture and Marine Engineering. It is complementary to Reeds Vol 4 (Naval Architecture) and Reeds Vol 8 (General Engineering Knowledge).

This new edition will be fully updated to reflect the recent changes to the Merchant Navy syllabus and current pathways to a sea-going engineering career. The techniques and methods of ship's construction are continually changing especially as materials science develops at a rapid pace. Reeds Vol 5 needs to be updated to keep pace with these developments. In particular, there will be updated sections on composite technology which will open up the potential market in the UK as well as appealing to more of the international market. Extensively illustrated, the book will also include sample examination questions with worked example answers to aid students in their learning.

Muu info

Fully revised and updated 7th edition of this authoritative textbook for marine engineers covering the construction of passenger and cargo ships.
Preface x
General introduction 1(3)
1 Ship Types and Terms
4(29)
Passenger Ships
5(4)
Container Ships (the Modern Cargo Liner Ships)
9(4)
General Cargo Ships
13(3)
Roll-On/Roll-Off Vessels
16(1)
Oil Tankers
17(4)
Bulk Carriers
21(2)
Chemical Carriers
23(1)
Liquefied Gas Carriers
24(2)
Superyachts
26(1)
General Notes
27(1)
Ship Terms
28(5)
2 Stresses In A Ship's Structure
33(12)
Strength of Ships - Overall Design Concept
33(2)
Longitudinal Bending
35(4)
Still water bending - static loading
35(4)
Wave bending - dynamic loading
39(1)
Transverse Bending and Racking
39(6)
Dry-docking
42(2)
Pounding
44(1)
Panting
44(1)
3 Steel Sections Used: Welding And Materials
45(30)
Introduction
45(5)
Ordinary angles
45(1)
Bulb plates
46(1)
Channels
47(1)
Joist or H-bars
47(1)
T-bars
48(1)
Flat bars or slabs
48(1)
Aluminium sections
49(1)
Welding
50(1)
Welding Safety
50(2)
General
50(1)
Manual metal arc welding (electric arc welding)
51(1)
Gas welding - eyes
52(1)
Welding Processes
52(14)
Manual metal arc welding
52(2)
Tungsten inert gas and metal inert gas (aka argon arc welding)
54(1)
Types of joint and edge preparation
55(2)
The development of the welded ship
57(3)
Testing of welds
60(1)
Destructive tests
61(1)
Non-destructive tests
61(2)
Faults in welded joints
63(1)
Design of welded structures
64(2)
Materials
66(5)
Mild steel
66(1)
Higher tensile steels
67(1)
Arctic D steel
68(1)
Aluminium alloys
68(1)
The fracturing of steel structures
69(1)
Composites
70(1)
Machining and Repairs
71(4)
Centre lathes
71(2)
Pillar drill
73(1)
Offhand grinding wheel (abrasive wheel)
73(1)
Milling and shaping
74(1)
4 Bottom And Side Framing
75(11)
Double Bottom
75(7)
Internal structure of the hull
77(2)
Duct keel or pipe tunnels
79(2)
Double bottom in the machinery space
81(1)
Side Framing
82(4)
5 Shell And Decks
86(10)
Shell Plating
86(2)
Deck Plating
88(1)
Beams and Deck Girders
89(1)
Hatches
90(6)
6 Bulkheads And Deep Tanks
96(12)
Watertight Bulkheads
97(4)
Watertight Doors
101(3)
Deep Tanks
104(3)
Deep tanks for water ballast or dry cargo only
105(1)
Deep tanks for oil fuel, oil cargo or fresh water
105(2)
Non-watertight Bulkheads
107(1)
Corrugated Bulkheads
107(1)
7 Fore End Arrangements
108(9)
Stem
108(2)
Arrangements to Resist Panting
110(3)
Arrangements to Resist Pounding
113(1)
Bulbous Bow
114(1)
Anchor and Cable Arrangements
114(3)
8 After end arrangements
117(21)
Cruiser Stem
118(2)
Sternframe and Rudder
120(10)
Fabricated sternframe with unbalanced rudder
121(3)
Cast steel sternframe with balanced rudder
124(2)
Open water stern with spade rudder
126(1)
Rudder and sternframe for twin screw ship
127(2)
Bossings and spectacle frame for twin screw ship
129(1)
Shaft Tunnel
130(1)
Thrust Improvement
131(1)
Kort Nozzle
132(3)
Fixed nozzle
132(1)
Nozzle rudder
133(1)
Mewisduct
134(1)
Tail Flaps and Rotating Cylinders
135(1)
Podded Drive
136(2)
9 Construction details, specific to different types
138(27)
Introduction
138(1)
Oil Tankers
139(12)
Longitudinal framing
141(1)
Combined framing
142(1)
General structure
143(2)
Cargo pumping and piping arrangements
145(4)
Deepwell pumping systems
149(1)
Crude oil washing
150(1)
Bulk Carriers
151(1)
Liquefied Gas Carriers
152(10)
Fully pressurised
154(1)
Semi-pressurised/partly refrigerated
154(1)
Semi-pressurised/fully refrigerated
155(1)
Fully refrigerated
156(3)
Safety and environmental control
159(1)
Boil-off
160(1)
Operating procedures
160(1)
Drying
160(1)
Inerting
160(1)
Pre-cooling
161(1)
Loading and discharging
161(1)
Container Ships
162(3)
10 The load line regulations
165(21)
Freeboard
165(5)
Conditions of assignment
169(1)
Tonnage
170(4)
Early rules
170(1)
Modified tonnage
171(1)
Alternative tonnage
172(1)
Current rules
172(2)
Probabilistic method of calculating damage stability
174(1)
Life-Saving Appliances
174(3)
Fire Protection
177(2)
Definitions
177(1)
Passenger ships
178(1)
Dry cargo ships
179(1)
Oil tankers
179(1)
Classification of Ships
179(3)
Survey of Ships - Discontinuities
182(4)
Load line surveys
184(2)
11 Ship Dynamics
186(18)
Propellers
186(1)
Fluctuating Forces Caused by the Propeller Wake Field
187(2)
Podded Drive
189(1)
Controllable Pitch Propellers
189(1)
Contra-Rotating Propellers
190(1)
Vertical Axis Propellers
191(1)
Tunnel Thrusters (Bow and Stern Thrusters)
192(2)
Rolling and Stabilisation
194(2)
Reduction of Roll
196(5)
Bilge keels
196(1)
Active fin stabilisers
197(2)
Tank stabilisers
199(1)
Passive tanks
199(1)
Controlled passive tanks
200(1)
Active controlled tanks
200(1)
Vibration
201(3)
12 Corrosion, Coatings And Dry-Docking
204(23)
Insulation of Ships
204(4)
Corrosion
208(1)
Hull Coatings - for Efficiency and for the Prevention of Corrosion
209(5)
Surface preparation
210(1)
New building
210(1)
Surface preparation during dry-docking
211(1)
Coating systems
211(1)
Cathodic protection
212(1)
Impressed current system
213(1)
Design and maintenance
214(2)
Maintenance activities
214(2)
Fouling
216(1)
Examination in Dry Dock-Class
217(2)
Emergency Repairs to Structure
219(2)
Engine Casing
221(2)
Funnel
223(4)
Selection Of Examination Questions - Operational/Management Level 227(4)
Selection of examination questions - management level 231(5)
Index 236
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.