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Structural Design & Scantling with ISO 12215

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  1. The course

    The Course
  2. Meet the Instructors
  3. Before Starting
  4. Introduction
    Structural definition, scantling and yacht design process
    1 Quiz
  5. The design spiral
    1 Quiz
  6. Scope of this course
  7. Part 1 - Initial considerations
    Frame of reference
  8. Part 1 - Fundamentals of strength of materials
    Stress, strain and constitutive equations
    1 Quiz
  9. Principles of Strength of Materials
    1 Quiz
  10. Geometry of structural elements
    1 Quiz
  11. Stresses due to the resultant force and moment
    1 Quiz
  12. The stress-strain curve
    1 Quiz
  13. Classification of beams
    1 Quiz
  14. Axial loads
    1 Quiz
  15. Bending
    1 Quiz
  16. Plate Theory
    1 Quiz
  17. Composite Materials. Physical properties
    1 Quiz
  18. Composite Materials. Mechanical properties: the stress-strain curve
    1 Quiz
  19. Part 1 - Loads
    Global loads: the ship as a beam
    1 Quiz
  20. Local loads: hydrostatic pressure
    1 Quiz
  21. Punctual loads due to yacht elements
    1 Quiz
  22. Loads specific to a type of craft
    1 Quiz
  23. Part 1 - Structural elements
    Stiffeners
    1 Quiz
  24. Panels
    1 Quiz
  25. Union and connection elements
    1 Quiz
  26. Part 1 - Types of structures
    Longitudinal structure
    1 Quiz
  27. Transverse and mixed structure
    1 Quiz
  28. Choosing the type of structure
    1 Quiz
  29. Part 1 - Practical considerations in the definition of the structure
    Moulded lines
    1 Quiz
  30. Structural design process
    1 Quiz
  31. Part 1 - General aspects of the scantling process
    General aspects of the scantling process
    1 Quiz
  32. Part 2 - The ISO 12215 Norm
    Introduction to the ISO 12215 Norm
    1 Quiz
  33. Structure of the ISO 12215 Norm
    1 Quiz
  34. Materials considered in the ISO 12215 Norm
    1 Quiz
  35. Procedure for the scantling calculation
    1 Quiz
  36. Panel calculation process: bottom panels
    1 Quiz
  37. Panel calculation process: deck and cockpit panels
    1 Quiz
  38. Panel calculation process: side panels
    1 Quiz
  39. Panel calculation process: panels for superstructures
    1 Quiz
  40. Panel calculation process: factors
    1 Quiz
  41. Panel calculation process: design bending moment and shear force
    1 Quiz
  42. Stiffener calculation procedure
    1 Quiz
  43. The rudder: geometry
    1 Quiz
  44. The rudder: forces and design
    1 Quiz
  45. The keel: load cases
    1 Quiz
  46. The keel: design
    1 Quiz
  47. The rig
    1 Quiz
  48. Additional elements: the engine bench
    1 Quiz
  49. Part 3 - Practical examples (composite materials)
    Calculation of composite properties
  50. Calculation of a monolithic bottom panel - Part 1
  51. Calculation of a monolithic bottom panel – Part 2
  52. Calculation of a sandwich deck panel
  53. Calculation of an Omega side stiffener
  54. Calculation of the rudder with ISO 12215-8
  55. Defining the keel with ISO 12215-9
  56. Calculation of the rig with ISO 12215-10
  57. Final Assignment
    Final Assignment
  58. Course Materials
    Course Materials
  59. Course Survey
    Course evaluation survey
    1 Quiz
  60. Summary
    Wrap-up
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