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E-raamat: Terrestrial Navigation: A Primer for Deck Officers and Officer of the Watch Exams

  • Formaat: 158 pages
  • Ilmumisaeg: 16-Oct-2017
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9781317200475
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  • Formaat: 158 pages
  • Ilmumisaeg: 16-Oct-2017
  • Kirjastus: Routledge
  • Keel: eng
  • ISBN-13: 9781317200475
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Terrestrial Navigation: A Primer for Deck Officers and Officer of the Watch Exams prepares the reader for the Officer of the Watch and Master/Mate certificates required by all officers on commercial seagoing vessels. Revision and self-test guide to all navigation-related elements contained within the Officer of the Watch exams are included. Top tips are highlighted throughout the book. The case studies and checklists have been designed to add context and aid recall.

From basic trigonometry and plane sailings plotting, right through to practice questions with answers, and mock exam papers, this book will provide you with all the reference material you need to pass your exams.

Arvustused

Dimitrios Dalakalis is an assistant professor at the World Maritime University who has written a book on electronic navigation equipment, and is currently preparing a proposal for us on maritime security.

Dimitrios no longer teaches at this level, but has done in this past. He sees this book as supplementary reading, and would like to see a series of primer books in the future, each one covering an aspect of maritime studies, all with a lecture notes and exam aid feel to them.

Likes:











Simplicity and focused content





Really enjoyed the integration of solved/unsolved problems





Really liked the top-tips section.





Style in general is strongly recommended for students by Dimitrios

Dislikes:











Style not consistent





Theory sometimes needs to be explained in more detail

Captain Robert Hone is a navigation lecturer at Plymouth University.

Robert uses Nav Basics, a Witherby title, for his courses. Weve recently poached the author of Nav Basics Abdul Khalique, so this is good news.

Bob wasnt as keen on this book as Dimitrios, and suggested that it may be worth adding examination before primer in the title, something Im putting to Phil at the moment. In spite of all his suggestions Bob would be happy to suggest this book as a supplementary text to his students, or as a primer for their exams.

Likes:











Modern feel





Plenty of examples





Good as a primer but not as a core text

Dislikes:











Diagrams need work





Trig section overcomplicated (Phil is working on this at the moment)





Old fashioned techniques in the age of GPS. However, these techniques are still a must-have for exams student must show that they can navigate without modern equipment in case its ever required at sea (i.e. power failure affecting certain parts of the ship but not others)





Lots of books on navigation out there (this will be our first though and its a big market)

Improvements required:











List from Dimitrios some very useful pointers here





Simplify text in certain areas and work on the style Phil is doing this and has a colleague lined up to look through the book once hes done.





Generalise some of the questions so that they can be used several times (e.g. pick two ports, work out the distance between both of them and )

List of illustrations
x
About the author xiii
Preface xiv
Acknowledgements xv
Disclaimer xvi
1 Units of measurement and terminology used in navigation
1(11)
1.1 Latitude
1(1)
1.2 Longitude
1(1)
1.3 Terrestrial positions
2(1)
1.4 Nautical Mile
2(1)
1.5 Departure
3(2)
1.6 Basic trigonometry
5(1)
1.7 For Difference of Latitude, the rules are ...
6(1)
1.8 For Difference of Longitude, the rules are ...
7(3)
1.9 Courses and Direction
10(1)
1.10 Quadrantal notation of Direction
11(1)
2 Parallel sailings
12(3)
2.1 Parallel sailings
12(3)
3 Plane sailings
15(4)
3.1 Plane sailings
15(1)
3.2 Departure
16(1)
3.3 Finding the Mean Latitude
16(2)
3.4 Top tips for solving Plane sailing calculations
18(1)
4 Mercator sailings
19(10)
4.1 Mercator sailing
19(1)
4.2 Latitude Scale distortion
20(1)
4.3 Meridional Parts
21(1)
4.4 Meridional Part tables
22(1)
4.5 Difference in Meridional Parts
23(4)
4.6 Properties of the Mercator Chart
27(7)
4.7 Top tips for solving Mercator sailing calculations
28(1)
5 Great Circle sailings
29(21)
5.1 Great Circle sailings
29(1)
5.2 The Great Circle route and the spherical triangle
30(1)
5.3 What is a Great Circle?
31(1)
5.4 Great Circle Distance calculation
32(1)
5.5 Great Circle formula and rules
33(1)
5.6 Great Circle Initial Course calculation
34(1)
5.7 The Vertex
35(2)
5.8 Calculating the Longitude of Vertex
37(2)
5.9 Calculating the Latitude of the Vertex
39(1)
5.10 Calculating the Initial Course, Distance and position of the Vertex (worked example)
40(3)
5.11 Waypoints
43(2)
5.12 Calculating the positions of the Waypoints
45(1)
5.13 The passage plan
46(1)
5.14 Calculating the positions of Waypoints along a track
46(3)
5.15 The passage plan
49(1)
6 Composite Great Circles
50(19)
6.1 Composite Great Circles -- use of Napier's Rules
50(3)
6.2 Populating Napier's Cartwheel
53(1)
6.3 Composite Great Circle formulae
54(1)
6.4 The complements of Angles (Napier's Cartwheel)
54(10)
6.5 Departure along Limiting Parallel of Latitude
64(1)
6.6 Calculating Initial Course
65(1)
6.7 Positions of Vertex V1 (D.Long AtoV1)
65(2)
6.8 Calculating the Distance
67(2)
7 Estimating the time of arrival
69(11)
7.1 Calculating ETAs
69(2)
7.2 Standard time tables
71(1)
7.3 Calculating the Steaming Time
72(2)
7.4 Calculating the speed required to make a given ETA
74(4)
7.5 Advancing and retarding the ship's clocks
78(1)
7.6 Crossing the International Date Line
79(1)
8 Terrestrial navigation test papers and worked solutions
80(37)
8.1 Examples of typical terrestrial navigation final papers with worked solutions
80(37)
Appendix 1 Navigational formula sheet 117(3)
Appendix 2 Meridional Parts tables 120(8)
Appendix 3 Standard Time tables 128(11)
Bibliography 139(1)
Index 140
Philip M. Smith is a Senior Lecturer at Warsash Maritime Academy. After over 22 years at sea navigating, for the most part in a traditional way, he now teaches Officer of the Watch and Cadets Terrestrial Navigation.