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Going Further with Structural Design & Scantling with ISO 12215

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  1. The course

    Meet the Instructors
  2. Introduction to the course
  3. Introduction
    Structure definition, Scantling and Yacht Design Process
    1 Quiz
  4. The Design Spiral
    1 Quiz
  5. Scope of this course and what you will learn
  6. Part 1 - Initial Considerations
    Boat frame of reference
  7. Part 1 - Overview
    General review 1 - Basic concepts
    1 Quiz
  8. General review 2 - Stress-strain curve
    1 Quiz
  9. General review 3 - Geometry of structural elements
    1 Quiz
  10. General review 4 - Resultant force and moment in beams
    1 Quiz
  11. General review 5 - Types of structures
    1 Quiz
  12. Equilibrium Equations for Beams
    1 Quiz
  13. Euler's and Timoshenko's beam theories - Part 1
  14. Euler's and Timoshenko's beam theories - Part 2
    1 Quiz
  15. Beam cases according to Euler's beam theory (coming soon)
  16. Timoshenko's plate theory (coming soon)
  17. Part 1 - Materials
    Metallic materials
    1 Quiz
  18. Metallic bonding
    1 Quiz
  19. Crystallography of metals
    1 Quiz
  20. Aluminium
    1 Quiz
  21. Steel (coming soon)
  22. Wood
    1 Quiz
  23. Part 1 - Structural Design
    Particularities
  24. Part 1 - Introduction & Process
    Introduction to the ISO 12215 Norm (coming soon)
  25. Structure of the ISO 12215 Norm (coming soon)
  26. Procedure for the scantling calculation (coming soon)
  27. Part 2 - Motorboat: Panel calculation process
    Panel calculation process: design pressures (coming soon)
  28. Panel calculation process: factors (coming soon)
  29. Panel calculation process: design bending moment and design shear force (coming soon)
  30. Panel calculation process: minimum thickness (coming soon)
  31. Panel calculation process: Summary of the procedure (coming soon)
  32. Part 2 - Motorboat: Stiffner calculation process
    Stiffener calculation process: additional notes (coming soon)
  33. Stiffener calculation process: minimum section module (coming soon)
  34. Part 2 - Examples motorboat A
    Example of stiffener (coming soon)
  35. Part 2 - Examples motorboat B
    Example of a panel (coming soon)
  36. Part 3 - Multihull
    ISO 12215 for multihulls (coming soon)
  37. Introduction to the ISO 12215-7 (coming soon)
  38. Procedure for the scantling calculation (coming soon)
  39. Initial data, main dimensions and areas (coming soon)
  40. Details on panel assessment and dimensions (coming soon)
  41. Part 3 - Application of ISO 12215-7 to a multihull
    Design pressures (coming soon)
  42. Panel calculation process (coming soon)
  43. Stiffener calculation process (coming soon)
  44. Evaluation of local loads (coming soon)
  45. Multihull global loads (coming soon)
  46. Global load cases (coming soon)
  47. Part 3 - Examples Multihull
    Example Multihull (coming soon)
  48. Part 4 - ISO 12215 for wood boats
    Types of wood (coming soon)
  49. Wood as a material (coming soon)
  50. Building methods in wood (coming soon)
  51. Details on the procedure for the scantling calculation (coming soon)
  52. Panel calculation process (coming soon)
  53. Stiffener calculation process (coming soon)
  54. Course Assignment
    Course Assignment (coming soon)
  55. Course Materials
    Course Materials (coming soon)
  56. Course Survey
    Course Evaluation Survey (coming soon)
  57. Summary
    Wrap-up (coming soon)

Hello everyone!

My name is Javier Calderón. And I am Pablo Merino.

We’ll be your instructors on the second course on Structural Design & Scantling using the ISO 12215 norm.

In this second part, we will delve deeper into the subject by addressing additional topics such as metallic materials, motorboats, and multihulls, and we will also introduce wooden boats.

Javier Calderón: I hold a PhD in naval architecture and am currently enrolled as an Associate Professor in the Naval Architecture department at Universidad Politécnica de Madrid (UPM). My specialization is in hydrodynamics as well as in yachts and high-performance craft.

Pablo Merino: I am a naval architect with a PhD in Mathematical Engineering. I am currently working at a company focused on the offshore industry with a special emphasis on mooring design and the development of digital tools for floating platforms and mooring monitoring. I am also involved in both research and teaching activities at UPM.

The ISO standard will be discussed in greater detail, including practical applications to motorboats and multihulls and real-world examples of design pressure calculations and scantling.

The course concludes with a brief application of the standard to wooden structures.

This course builds on the previous one by reviewing the general concepts of strength of materials as well as introducing new advanced features such as the Euler-Bernoulli Timoshenko theories.

We will also explore the mechanical properties of metallic materials, especially focusing on steel, aluminum, and wood.

We will review the applications of these materials in the boat building industry.

If you want to expand your knowledge of structural design and scantling using the ISO 12215 norm, then this course is for you.

We are very excited to have you on board!