Funded PhD: Lagrangian Wake Entrainment in Wind Turbines

Imperial Enterprise

Greater London

Sur place

GBP 21 000 - 26 000

Plein temps

Il y a 3 jours
Soyez parmi les premiers à postuler

Une candidature complète en une minute

Un CV et une lettre de motivation personnalisés, prêts à envoyer.

Passez les filtres ATS

Avantages offerts par ce poste

Full tuition fees
Annual tax-free stipend £23,805

Résumé du poste

Imperial College London invites applications for a PhD project investigating wind-turbine wakes using cutting-edge particle tracking velocimetry (PTV). The project runs parallel to a DTU collaboration in Copenhagen to develop reduced-order models of wakes and allows travel between London and Copenhagen.

You will gain hands-on experience with PTV in a facility optimized for entrainment measurements, contribute to pioneering research in turbulent entrainment, and prepare papers for international

Qualifications

  • First class honours MEng/MSci or higher degree in Aeronautical, Mechanical Engineering; Maths or Physics.
  • Strong motivation and ability to work independently.
  • Interest in fluid mechanics and experimental methods.

Responsabilités

  • Perform cutting-edge PTV experiments to study entrainment in a wind-turbine wake.
  • Collaborate with DTU to develop reduced-order wake models and travel between London and Copenhagen.
  • Contribute to writing papers and presenting findings at international conferences.
  • Engage with Imperial’s network for professional development.

Connaissances

Motivation
Independent thinking
Fluid mechanics
PTV measurements

Formation

First class honours MEng/MSci or higher in Aeronautical, Mechanical Engineering; Maths or Physics

Outils

Particle tracking velocimetry (PTV)

Description du poste

Imperial College London invites applications for a PhD project investigating wind-turbine wakes using cutting-edge particle tracking velocimetry (PTV). The project runs parallel to a DTU collaboration in Copenhagen to develop reduced-order models of wakes and allows travel between London and Copenhagen.

You will gain hands-on experience with PTV in a facility optimized for entrainment measurements, contribute to pioneering research in turbulent entrainment, and prepare papers for international

Obtenez votre examen gratuit et confidentiel de votre CV.

ou faites glisser et déposez votre fichier ici.

Similar jobs

Postes similaires à comparer

PhD Studentship in Aeronautics: A Lagrangian Perspective of Entrainment into Wind-turbine Wakes (AE0091)
PhD Studentship in Aeronautics: A Lagrangian Perspective of Entrainment into Wind-turbine Wakes (AE0091)

Imperial College London • Greater London

Sur place
GBP 21 000 - 26 000
Full tuition fees
Annual tax-free stipend £23,805
PhD in Aeronautics: Turbulence Under Intermediate Strain
PhD in Aeronautics: Turbulence Under Intermediate Strain

Imperial Enterprise • Greater London

Sur place
GBP 21 000 - 26 000
Stipend £23,805 p.a.
Tuition fees covered
PhD in Turbulence Intermittency & Cloud Physics
PhD in Turbulence Intermittency & Cloud Physics

RFCSR • Greater London

Hybride
GBP 21 000 - 25 000
Tuition fees covered
Tax-free stipend £22,780/year
PhD Studentship – The Role of Turbulence Intermittency in Cloud Physics
PhD Studentship – The Role of Turbulence Intermittency in Cloud Physics

RFCSR • Greater London

Sur place
GBP 21 000 - 25 000
Tuition fees covered
Tax-free stipend £22,780/year
PhD Studentship in Aeronautics: Turbulence under Strain (AE0096)
PhD Studentship in Aeronautics: Turbulence under Strain (AE0096)

Imperial College London • Greater London

Sur place
GBP 21 000 - 26 000
Stipend £23,805 p.a.
Tuition fees covered
Fully Funded PhD in Aero-Engine Aerodynamics
Fully Funded PhD in Aero-Engine Aerodynamics

RFCSR • Grande-Bretagne

À distance
GBP 18 000 - 21 000
PhD Studentship: Robust Control of Mag-Lev Wind Turbines
PhD Studentship: Robust Control of Mag-Lev Wind Turbines

Postgraduate Studentships • Bath

Hybride
GBP 20 000 - 24 000
Tuition Fees Covered
Maintenance Stipend
Bath Engineering & Design Studentships: Robust Control of Magnetically Levitated Wind Turbines
Bath Engineering & Design Studentships: Robust Control of Magnetically Levitated Wind Turbines

Postgraduate Studentships • Bath

Hybride
GBP 20 000 - 24 000
Tuition Fees Covered
Maintenance Stipend
Fully Funded UK PhD: Nonlinear Axisymmetric Waves
Fully Funded UK PhD: Nonlinear Axisymmetric Waves

University of East Anglia • Norwich

Sur place
GBP 20 000 - 24 000
PhD stipend
UK funding
PhD: ML-Driven Control of Reacting Flows in Aeronautics
PhD: ML-Driven Control of Reacting Flows in Aeronautics

Imperial Enterprise • City Of London

Sur place
GBP 21 000 - 26 000
Full tuition fees
Annual stipend £23,805