FEM Applied to Ocean Engineering

Lecture 1 - Introduction to the basic concept of Finite Element Metric and application

Lecture 2 - Formulation of FEM model and approaches to FEM

Lecture 3 - Rayleigh Ritz method and Galerkin method

Lecture 4 - Relation between force and displacement

Lecture 5 - Beam element and plane stress element

Lecture 6 - Plane strain element and Rayleigh Ritz method

Lecture 7 - Galerkin method and formulation of displacement function

Lecture 8 - Formulation of shape function-Shape function approach-Lagragian formulation-Hermilian formulation

Lecture 9 - Natural coordinate system

Lecture 10 - Stiffness matrix for quadratic element

Lecture 11 - Guassian Quadrature rule (Continued...)

Lecture 12 - FEM solution for beam

Lecture 13 - Two dimensional problem

Lecture 14 - Isoparametric element problem (Continued...)

Lecture 15 - Variational formulation: Beam buckling

Lecture 16 - Problems

Lecture 17 - Problem - Formulation of shape function

Lecture 18 - FEM system of equations and stiffness matrix

Lecture 19 - Solving a truss using FEM

Lecture 20 - Partial differential equation; Classification of physical problems

Lecture 21 - IVP, BVP, Variational principle

Lecture 22 - Fluid flow problem

Lecture 23 - Steady state flow around a circular cylinder (Full Solution)

Lecture 24 - Steady state flow around a circular cylinder (full solution) (Continued...)

Lecture 25 - Wave Diffraction : Wave interaction with the vertical wall

Lecture 26 - FEM Analysis by software Application

Lecture 27 - Analysis of Jacket using SACS

Lecture 28 - Diffraction-radiation problem

Lecture 29 - Solution of heave added mass

Lecture 30 - Solution of heave added mass (Continued...)

Lecture 31 - Oblique long wave interaction

Lecture 32 - Wave propagation in shallow water

Lecture 33 - Combined refraction-diffraction

Lecture 34 - Solution of mild slope equation using FEM

Lecture 35 - Sloshing, fluid Structure Interaction

Lecture 36 - Sloshing, fluid structure interaction (Continued...)

Lecture 37 - Non-linear free surface wave interaction with a body

Lecture 38 - Non-linear sloshing and unstructured mesh

Lecture 39 - Non-linear wave simulation in 3D tank