Monday – Tuesday, 31 October – 1 November 2016
This course gives the participants a general introduction to detailed numerical modelling for offshore and coastal applications. The theoretical background of basic wave theory and its importance for numerical modelling of water waves and fluid structure interaction is covered. The participants get hands-on experience with the numerical models and advanced post processing tools through relevant engineering case studies. All tools and models are open-source and all software is made available to the participants.
• Basic wave theory
• Numerical modelling of water waves
This topic includes discussion on wave generation and absorption and choice of appropriate boundary conditions. Furthermore, aspects of accuracy, quality and efficiency will be covered.
• Detailed fluid-structure interaction
Modelling of permeable structures and aspects of turbulence modelling for free surface flows.
• Advanced pre- and post-processing tools
Run-time extraction of wave properties and their post-processing (in time and frequency domain).
Efficient computations of fully nonlinear wave loads on monopile foundations for offshore wind turbine generators. Detailed modelling of slamming wave loads will be discussed.
Numerical modelling of the interaction between water waves and a permeable coastal structure. A method to compute the reflection from and transmission through the structure will be presented.
• The open-source potential flow solver OceanWave3D is presented and used for wave propagation and fast evaluation of non-linear wave induced forces on offshore structures.
• The open-source toolbox waves2Foam for OpenFOAM is presented. Its capabilities within the area of breaking wave impacts on monopiles and permeable coastal structures are presented.
The participant will receive a digital copy of all slides and case studies on a USB-stick. An operational environment for OpenFOAM, OceanWave3D and waves2Foam will be made available to the participants.
As participant of this course you are a professional involved in design of coastal and offshore structures such as offshore wind turbine foundations, breakwaters and oil- and gas platforms.
The course will give an overview of the capabilities of the models and help you implement them in your own design routines.
Dr. Niels Gjøl Jacobsen has many years of experience with the modelling of free surface waves in OpenFOAM and he is the main author of the waves2Foam toolbox.
Dr. Bo Terp Paulsen has many years of experience in the modelling of extreme loads on offshore structure including slamming and ringing loads.
Registration for events through My DSD-INT 2016: To sign up for courses, workshops and seminars, you need to register yourself for a My DSD account. Creating an account is free of charge and with no obligation to participate. Via My DSD, it is possible to view specific events and sign up to participate. Your My DSD account then provides an overview of all the events for which you are registered. You will also receive a confirmation e-mail for each registration.