Structural Mechanics of Offshore Structures

This course treats the mechanics of slender structures. First, simple cases are treated in which analytical solutions of single elements are possible. The goal is to explain physics and the basics of the methods. Thereafter, the focus is shifted towards more design-type assignments in which the students apply the solution methods in more complex systems consisting of combined one-dimensional structural elements and plates together with complex boundary/interface conditions. The course covers:

- Formulation of governing equations of one-dimensional and two-dimensional slender structures.

- Statics and dynamics of cables, rods, shear beams and beams in bending.

- Statics and dynamics of plates in bending.

- Statics and dynamics of combinations of one-dimensional slender structures.

In addition, students are trained on transferable skills, relevant for their professional development.

Study goals 1-4 will be assessed by means of a written exam, which requires a minimum grade of 5.8 for a pass. For students from (start) cohort 2024-25 and after: your performance on study goals 5-7 is expressed in an individual reflection portfolio, which will be assessed in the course OE44195.