1. CONSTRUCTION OF SHIPS Prof. Mustafa İNSEL Assis. Prof. Şebnem HELVACIOĞLU 2011-2012 GEM111E

4. Ship on a wave

5. Ship in waves

9. Loads on ship section

11. Ship profile under weight and displacement loads

12. Bouncy and mass distribution Bouncy distribution weight distribution

13. Structural Failure Tensile or compressive yield Compressive buckling Fatigue Brittle Fracture Creep

14. Tensile testing Schematic appearance of round metal bars after tensile testing. (c) Completely ductile fracture (b) Ductile fracture (a) Brittle fracture

15. Stress

16. Strain

17. Stress vs Strain Stress vs. Strain curve typical of a matel 1. Ultimate strength 2. Yield strength 3. Proportional limit stress 4. Fracture

18. Creep

19. Fatigue

31. Structural strength

32. Main ship parts ER AFT FORE

33. Longitudinal framing

34. Transverse framing

35. Typical cargo hold of a bulk carrier

36. Fore ship

37. Fore and bolbous bow structure

38. Longitudinal bow section

39. Fore ship

42. Longitudinal aft section

43. Aft end structure

44. Aft ship

46. Engine room

49. A section from engine room

50. Deck construction

51. Ro-Ro vessel

52. Deck-double hull-double bottom

53. Bilge

54. DB of a container

55. DB structure

56. Shell plating

57. Section

58. Midship section of a double hull tanker

59. Typical transverse frame

60. Cargo hold section of a bulk carrier

61. Cargo hold section of a general cargo ship

62. A container ship