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Foundations for offshore wind turbines

The offshore wind sector is booming worldwide, with a steady trend towards installations in deeper waters and harsher environments. This course addresses one of the main challenges posed by such a trend: the optimisation of foundation systems. 

The course covers geotechnical knowledge relevant to the design of wind turbine foundations, with focus on large-diameter monopiles. Core contents include soil behaviour and characterisation, monopile installation and performance during operations (lateral capacity, stiffness, cyclic response, scour protection). 

Geotechnical concepts and design approaches are linked to the engineering of wind turbine structures, with an open window on the latest Delft R&D developments. The course includes practical sessions and makes room for a stimulating interaction between lecturers and attendees.

Optimise foundation systems: from design to implementation

Course attendees will have a chance to learn about:

  • different foundation types for offshore wind turbines;
  • soil characterisation procedures; 
  • engineering methods for monopile installation and design;
  • monopile-environment interaction, including issues related to seabed scour and cyclic loading conditions;
  • offshore operations for wind farm construction, with emphasis on technical challenges in real-world projects;
  • recent advances in offshore geotechnical research.
     

Intended for

This course is meant for a wide range of professionals involved in the design, construction and management of offshore wind farms. Participants with a background in engineering – not limited to geotechnical – will make the most of this course in which fundamental understanding and practical application are equally prioritised.

This course is taught entirely in English

Hybrid course: in class, but also online

This course is taught in class in accordance with the current COVID-19 regulations, but can also be followed online. Please indicate how you want to follow the course when registering.

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“Nice course, with good balance of topics and great practical exercises for intuitive feel.”
Antonios Emmanouil (Deltares)
“I'm satisfied. I've received many starting points and learned a lot. I enjoyed the lessons and the practical sessions.”
Participant working for an Italian university
“Really interesting topic about the soil description and geotechnics. Good to have different profiles of teachers and participants.”
Timothée Pire (Parkwind)
  • Informatie
    Cursusleider(s): Dhr. Dr. A.S. Elkadi MSc (Deltares)
    Cursusdata: November 17th and 18th 2022
    Dagindeling: full day course
    Locatie: Delft, the Netherlands
    DOB-academy
    Prijs: € 1.350,00 excl. btw
    Price includes all materials and catering
    Roosterinformatie: Classroom course in Delft, but also possible to follow the course fully online
    In samenwerking met: DOB-academy
    Taal
    		 Dit programma wordt in het Engels gegeven.
  • Programma

    Course programme

    Day 1

    General introduction

    • Course introduction

       
    • Offshore wind industry
      History and present of offshore wind developments.

       
    • Fundamentals of soil behaviour
      Mechanical behaviour of soils; response to cyclic loading.
       


    Experimental Investigation of Soil Behaviour

    • Testing and characterisation of soils – 1
      In-situ and laboratory testing of soils; determination of relevant soil parameters.

       
    • Testing and characterisation of soils – 2
      Hands-on assignment on the interpretation of laboratory test results.
       


    Experimental Investigation of Soil Behaviour

    • Structures and foundations for OWTs 
      Offshore Wind Turbines (OWTs), types of support structures and foundations; environmental loading and structural design drivers (capacity, natural frequency, fatigue)

       
    • Lab session (DOB lab)


    Installation and Design of OWT Monopiles

    • Installation and field testing of OWT foundations
      Installation methods (impact/vibratory driving) and drivability analysis; capacity-based design (failure mechanisms, p-y curves, CPT-based analysis).

       
    • Latest advances in monopile design
      Testing and analysis of monopiles under lateral loading; PISA design method for monopiles in sandy and clayey soils.
       

     

    Day 2

    Monopile-Environment Interaction - 1

    • Seabed scour around monopiles
      Seabed dynamics in wind farms; scour around monopiles (observations/prediction); scour protection.

       
    • Monopile-soil interaction under cyclic loading
      General features and field observations (impact on OWT dynamics and cyclic tilting); geotechnical analysis of cyclic monopile-soil interaction (p-y/macroelement/3D FE modelling).

       

    Monopile-Environment Interaction - 2

    • Monopile-soil interaction under cyclic loading - 2
      Lessons learned from advanced numerical modelling and open questions.   

       
    • Lab session (DOB lab)


    Geotechnical Aspects of Wind Farm Construction

    • Installation engineering
      Prediction of pile installation performance; difficult installation scenarios; 
      suction installation of OWT foundations. 

       

    • Offshore operations
      Use of jack-up vessels; lessons learned from the field.
       


    Recent advances

    • Delft offshore wind R&D
      Advanced applications of physical and numerical modelling in recent Delft JIPs.
       

    • Group Discussion (All) 
      Q&A and greetings.
  • Reviews
    Deze cursus wordt beoordeeld met een 8,8
    “Nice course, with good balance of topics and great practical exercises for intuitive feel.”
    Antonios Emmanouil (Deltares)
    “I'm satisfied. I've received many starting points and learned a lot. I enjoyed the lessons and the practical sessions.”
    Participant working for an Italian university
    “Really interesting topic about the soil description and geotechnics. Good to have different profiles of teachers and participants.”
    Timothée Pire (Parkwind)