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1. Yacht Design & Technology Lecture 1 - Introduction
2. Course Content: Theory & Technology Giles Thomas
Mechanism of sailing
Hydrodynamics of hull, keel & rudder
Dynamic behaviour in waves
Model testing
Aerodynamics
Structure, mast & rigging
Rules & ratings
Design Evaluation
3. Course Content: Design Brendan Egan
(2 day workshop - date to be confirmed)
Hull design
Keel & rudder design
Structural design
Sail design
Ergonomics, interior & aesthetics
Design case studies
4. Course Content: Practical
Sailing exercise
Dinghy sailing simulator
5. Assessment: Assignments
9th August
13th September
11th October
Examination
6. Giles Background
7. Types of Sailing Craft: Windsurfers
Kitesurfers
Dinghies
Keel Boats
Cruising Yachts
Racing Yachts
Multihulls catamarans, trimarans
Superyachts
Sail-Assisted Vessels
8. Windsurfers
9. Kitesurfers
10. Dinghies
11. Keelboats
12. Cruising Yachts
13. Racing Yachts
14. Multihulls
15. Superyachts
16. Sail Assisted Vessels
17. Overall objective in (racing) yacht design: To find the fastest combination of hull and sails for the expected wind & sea conditions.
Design hull with lowest resistance, highest sideforce and sails, when integrated with the hull characteristics, produce the greatest thrust.
For cruising yachts the same holds true. However displacement is not selected through speed considerations.
18. Oops!
19. Points of Sailing
20. Forces & Geometry - Running:
21. Forces & Geometry - Running:
22. Forces & Geometry - Reaching:
23. Forces & GeometryReaching:
24. Forces & GeometryReaching:
25. Forces & GeometryReaching:
26. Forces & GeometryReaching:
27. Forces & Geometry - Reaching:
28. Forces & Geometry - Beating:
30. Forces & Geometry - Beating:
31. Forces & Geometry - Beating:
32. VMG:
33. VMG:
35. Forces & Geometry Sailing Side Force:
36. Forces & Geometry Sailing Side Force:
37. Forces & Geometry Sailing Side Force:
41. Sources
42. Recap/Reflect
44. Course Content: Technology Jonathan Binns
Dinghy sailing simulator
CFD in yacht design