Модульные вопросы по дисциплине УМКС 5к СВФ, 6 к СМПиТ

Модульные вопросы по дисциплине УМКС 5к СВФ, 6 к СМПиТ

1. Main sea keeping qualities and their definitions

2. Definition of stability

3. Definition of float ability

4. Definition of unsinkability

5. Local and longitudinal ships strength definition

6. Definition of maneuverability, course keeping and turning ability

7. Definition of ships propulsion

8. Ship’s equilibrium position under still water condition and equilibrium equations

9. Types of trim diagram

10. Transverse and longitudinal metacentric heights calculation

11. Static stability diagram calculation, forms and weight stability arms

12. Free surface effect calculation

13. International code on intact stability. General criteria

14. What type of ships are under IS Code requirements?

15. Requirements and criteria regarding initial stability

16. Requirements and criteria regarding righting lever curve properties

17. Severe wind and rolling criterion (weather criterion)

18. International Code for the safe carriage of grain in bulk Stability Requirements

19. Determination of the heeling moment due to grain shifting

20. Determination of the heeling angle due to grain shifting

21. International stability requirements for the safe carriage of non-cohesive solid bulk cargo

22. Whatconceptare applied to a damage stability analysis

23. Scope of damage stability analysis and documentation on board

24. General documents list

25. Subdivision length definition

26. Light service draught definition

27. Main SOLAS damage trim and stability requirements

28. Attained subdivision index determination

29. Required subdivision index determination

30. Extents of design damage

31. The importance of accurate resistance predictions

32. Different ways to predict resistance

33. Still water resistance components

34. Froude law

35. Traditional problems related with ship motion

36. Slamming, whipping and springing definitions

37. Deck wetness and sloshing definitions

38. Voluntary and involuntary speed reduction

39. Motion equations

40. Slamming, deck wetness, accelerationsprobability

41. Actions in case of lost of stability at sea

42. Providing stability while ballast operations

43. Providing ships strength while ballast operations

44. Changing of GM while loading / discharging small cargo weight

45. Draft survey and determination of actual cargo on board

Рекомендована література.

1. Сизов В.Г. Теория корабля – Одесса: изд-во Феникс, 2004 – 208с.

2. Мельник В.Н., Сизов В.Г., Степанов В.В. Эксплуатационные расчёты мореходных характеристик судна.- М.: Мортехинформреклама, 1982 – 54 с

3. Никитин Е.В. Оценка посадки и остойчивости судна в условиях эксплуатации (Stability and trim calculation in ship operation) / Учебное пособие // На руск. и анг. языках. - Севастополь: Академия ВМС им. П.С. Нахимова, 2011 - 320 с.

4. Типовая «Информация об остойчивости и прочности судна»

5. Типовая «Информация о непотопляемости судна»

6. Assembly Resolution A.749(18) – Code on intact stability for all types of ships covered by IMO instruments.

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