Back to Course
Stability & Evaluation with ISO 12217
0% Complete
0/0 Steps
Introduction
Meet the instructors- Introduction to the course
- Theory: Initial considerationsFrame of reference. Framework of transverse stability1 Quiz
- Loading condition1 Quiz
- Static and dynamic stability1 Quiz
- Shape and weight stability1 Quiz
- Small angle vs. large angle stability1 Quiz
- Theory: HydrostaticsHydrostatics: Archimedes’ Principle1 Quiz
- Hydrostatic curves1 Quiz
- Bonjean curves1 Quiz
- Theory: Initial stabilityInitial stability: Shape and weight components1 Quiz
- Weight stability: height of the centre of gravity1 Quiz
- The inclining experiment1 Quiz
- Initial estimations of KG1 Quiz
- Shape stability at small angles1 Quiz
- Calculation of the height of the centre of buoyancy1 Quiz
- Bouguer’s formula: the metacentric radius1 Quiz
- Theory: Large angle stabilityLarge angle stability: the GZ Curve1 Quiz
- Shape stability at large angles: the KN curves1 Quiz
- Shape stability at large angles: metacentric curves1 Quiz
- Theory: Factors influencing stabilityWeight movements on board: influence on the GZ curve1 Quiz
- Free surfaces1 Quiz
- Theory: Dynamic StabilityDynamic stability1 Quiz
- The ISO 12217 StandardIntroduction to the ISO 12217 Standard
- Procedure for the stability evaluation of a sailing vessel
- Downfloading requirements
- Stability requirements
- Capsizing requirements
- Detection and removal of water requirements
- Safety signs
- Example: Sailing YachtExample
- Final AssignmentFinal Assignment
- Optional AssignmentOptional Assignment
- BonusArchimedes’ Principle under a fluid dynamics perspective
- Course MaterialsCourse Materials
- Course SurveyCourse Evaluation Survey1 Quiz
- SummaryWrap-up
Lesson 1 of 37
In Progress