All courses

Course content

The subject is lectured in two parallel lecture series on static and dynamic analysis, respectively.
Static analysis: Basic theory and finite element formulations for plates and shells; modelling of marine structures; introduction to analysis of nonlinear geometrical and material behaviour; overview of error sources due to dicretization and numerical operations; quality control of the analysis.
Dynamic analysis: Energy principles; d’Alembert’s principle; formulation of equilibrium in the finite element method; undamped free vibration; eigenvalue analysis; reduction of degrees of freedom; analysis of forced response in time- and frequency domain; damping models; selected topics of dynamic analysis of marine structures.

Learning outcome

Extend the basis for finite element analysis of nonlinear and dynamic response of marine structures.

Learning methods and activities

Lectures and exercises. Selected exercises may be mandatory. Matlab and finite element software will be applied for code development and practical analysis of marine structures. Repeated or delayed exam may be in the form of an oral examination instead of the written examination.

Compulsory assignments

• Exercises

Recommended previous knowledge

TMR4167 Marine Technology 2 – Structures, TMR4182 Marine Dynamics, TMR4190 Finite Element Methods, TMR4198 Design of Offshore Structures.

Required previous knowledge

Course materials

Langen and Sibjørnsson: Dynamic Analysis of Structures (Norwegian and English version).
Moan: Finite Element Modelling and Analysis of Marine Structures. Lecture notes are available at the department, additional handout material.