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Yacht Design 1

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  1. INTRODUCTION

    The Course
  2. Meet the Instructors
  3. OVERVIEW OF THE PROBLEM
    Design context
    1 Quiz
  4. Fundamental areas of knowledge
    1 Quiz
  5. Basic project management
    1 Quiz
  6. The project process: the design spiral
    1 Quiz
  7. Types of yachts
    1 Quiz
  8. PROPERTIES OF THE YACHT
    Introduction
  9. Stability
    1 Quiz
  10. The GZ curve
    1 Quiz
  11. Form and Weight Stability
    1 Quiz
  12. Stability in multihulls
    1 Quiz
  13. Wave systems and hull speed
    1 Quiz
  14. Beyond the hull speed
    1 Quiz
  15. Power-velocity curve
    1 Quiz
  16. Velocity in sailing yachts
    1 Quiz
  17. Velocity in semi-displacement
    1 Quiz
  18. Introduction to maneuverability
    1 Quiz
  19. Reference maneuvers
    1 Quiz
  20. In-plane equilibrium
    1 Quiz
  21. Appendages and maneuverability in sailing yachts
    1 Quiz
  22. Beyond the Nomoto equation
    1 Quiz
  23. Seakeeping: introduction
    1 Quiz
  24. Seakeeping: RAO
    1 Quiz
  25. Dynamic instabilities in planing hulls
    1 Quiz
  26. Example for the roll equation
    1 Quiz
  27. Motions and hull geometry
    1 Quiz
  28. Added resistance in waves: introduction
    1 Quiz
  29. Added resistance in waves in sailing yachts
    1 Quiz
  30. Sailing yachts: ability to sail close-hauled
    1 Quiz
  31. Illustrative examples
    1 Quiz
  32. PARTS OF THE YACHT
    The hull
    1 Quiz
  33. The hull in sailing yacths
    1 Quiz
  34. Semi-planing and planing hulls
    1 Quiz
  35. Appendages: Introduction
    1 Quiz
  36. Appendages: Profile Theory
    1 Quiz
  37. Appendages: geometry
    1 Quiz
  38. Rudder
    1 Quiz
  39. Keel
    1 Quiz
  40. Keel & Hull: Centre of Lateral Resistance (CLR)
    1 Quiz
  41. Sails and Rig
    1 Quiz
  42. Rig: Centre of Efforts (CE)
    1 Quiz
  43. Lead
    1 Quiz
  44. Keel and Rig Positioning: Trim and Lead
    1 Quiz
  45. Foils
    1 Quiz
  46. YACHT MODELLING
    Preparing for Modelling: Understanding Control Points
    1 Quiz
  47. Initial Dimensioning: Motor & Sailing Yacht
    1 Quiz
  48. Setting the Hull parameters: Motor Yacht
    1 Quiz
  49. Shaping the Hull: Motor Yacht - Part 1
  50. Shaping the Hull: Motor Yacht - Part 2
  51. Shaping the Hull: Motor Yacht - Part 3
  52. Setting the Hull Parameters: Sailing Yacht
    1 Quiz
  53. Shaping the Hull: Sailing Yacht - Part 1
  54. Shaping the Hull: Sailing Yacht - Part 2
  55. Shaping the Hull: Sailing Yacht - Part 3
  56. Setting the Hull Parameters Revisited
  57. Rudder Design
  58. Appendage Design Process: Rudder
  59. Keel Design
  60. Appendage Design Process: Keel
  61. Sail Plan Design
    1 Quiz
  62. Mast Positioning
    1 Quiz
  63. Initial Dimensioning of Foils
    1 Quiz
  64. FINAL ASSIGNMENT
    Final Assignment
  65. COURSE MATERIALS
    Course Materials
  66. COURSE EVALUATION SURVEY
    Course Evaluation Survey
    1 Quiz
  67. SUMMARY
    Wrap-up
Lesson 1 of 67
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The Course

If you have ever wondered how a yacht goes from an idea to a fully defined concept, this course is where that journey begins.

This course is the first part of a two-course series covering the exciting world of yacht design, including both sailing and motor yachts. Across the two courses, all the important aspects of the concept design stage of a yacht are covered. Together, they are intended as an introduction to the knowledge required to design a yacht.

In these courses, you will learn the basic concepts required to carry out the design of a yacht, and you will also develop the skills needed to build that design through several practical case studies covering different yacht types and project phases. These case studies are presented in a high level of detail, mainly using the Maxsurf software suite.

In particular, this first part provides the foundation for the design process. We focus on the early phases of design, understanding the key performance drivers of a yacht and how the decisions made impact the final concept, which is the main outcome of the course.

More precisely, the course begins with the basic notions of the yacht design process and then moves on to how different yacht properties, including stability, speed, and seakeeping performance, influence the design. Once this relationship is understood, the main characteristics of the hull, the appendages — including rudders, keels, and hydrofoils — and the rig can be defined.

From these initial estimates of the main dimensions, a complete yacht design can be developed. To achieve this, we first introduce the modeling process and then apply it through several practical examples using Maxsurf Modeler.

As a result, you will obtain a yacht design able to comply with the different requirements needed to successfully fulfill its intended mission.

As a continuation of this course, a second part addresses additional aspects of yacht design, including performance evaluation in terms of resistance, stability, motions in waves, and sailing performance.

So, if you are interested in yacht design, you are in the right place to start.

Welcome aboard!