Wind Turbines and an Alternative to Metal

Faglige nøgleord: Composite materials, numerical modelling, X-ray scanning, compressive strength

Oplæg tilgængeligt på: Engelsk og græsk

My PhD is focused on the numerical prediction of the compressive strength of pultruded composites of wind turbine blades using 3D X-ray scanned data from real composite samples. Since this topic requires quite a bit of background knowledge, I plan to structure my presentation around the following key points:

  • What are composite materials?

  • Where do we find them?

  • Why do we want them? What are their advantages?

  • How are they related to wind turbines? Why is this important for the environment and society?

  • What is my research about?
    (Answer: A computer model to predict the strength of wind turbine blades, using cut pieces of the same material as the blades)

  • The importance of reflecting on the consequences of your research:
    What will my research be used for? Will it have a positive impact on society?

  • Why I chose DTU and PhD life, and how I ended up here

I also plan to ask questions to the students during the presentation to encourage them to think and participate actively.

Fag og faglige nøgleord

Dette oplæg passer for eksempel godt til:

 

Teknologi

 

Nøgleord:

  • Composite Materials
  • Numerical Modelling
  • X-ray Scanning
  • Compressive Strength

Sprog og form på besøget

Klassebesøg eller foredrag?

Dette oplæg kan tilpasses til en klasse (op til ca. 28 elever), hvor den ph.d.-studerende har mulighed for at have dialog med eleverne.

 

Sprog?

Dette oplæg er tilgængeligt på engelsk og græsk.

 

Digitalt eller fysisk besøg?

Den ph.d.-studerende kommer gerne ud på jeres skole til et fysisk besøg.

Øvrig information

Dette oplæg er ikke tilgængeligt fra september 2025 og frem til januar 2026. 

Er du interesseret i dette oplæg?

Kontakt

Taja Andersen Brenneche
Kommunikationsmedarbejder
AKM
45 25 10 57
https://bookphd.dtu.dk/find-foredrag/alle-foredrag-liste/wind-turbines-and-an-alternative-to-metal
19 APRIL 2025