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We have 53 turbulence PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships
turbulence PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships
We have 53 turbulence PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships
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How does sustained turbulence first appear?
Turbulence causes substantial friction drag, in other words, it is energetically costly in many applications. To potentially delay or suppress turbulence, we need to understand the nature of its appearance. Read more
Space Plasma Turbulence Throughout the Solar System and Beyond
The vast majority of the visible Universe is in a plasma state, and one of the most widespread behaviors observed in such plasmas is turbulence – the transfer of energy across a broad range of scales that leads to complex chaotic motions, structure formation, and energy conversion. Read more
Modelling the Large-Scale Structure of Turbulence in Jets
We are pleased to present an exciting new PhD opportunity in Computational & Theoretical Aero-acoustics. The position is based at the Department of Mathematics at the University of York. Read more
FULLY-FUNDED 3.5-YEAR PHD STUDENTSHIP – A novel dynamical systems view of wall bounded turbulence
We are excited to announce a new PhD opportunity in fundamental and applied fluid mechanics. The successful candidate will join a vibrant team of researchers within the. Read more
Ideal quantum turbulence in planar Bose-Einstein condensates
Ideal quantum turbulence in planar Bose-Einstein condensates involves self-organisation of vortices into macroscopic Onsager vortices associated with negative temperatures. Read more
Finite temperature superfluid turbulence flow-structure interactions via immersed boundary methods
This is a multidisciplinary research project that combines the quantum physics of superfluid turbulence flows with advanced computational fluid dynamics for flow-structure interactions. Read more
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Ground to space laser communication (RDFC23/EE/ABADI)
This is a fully-funded PhD, covering full home and international tuition fees and a monthly stipend paid for 3 years at UKRI rates. Read more
Fast ions and turbulence in fusion plasmas
Supervisor. B.F. McMillan, CFSA, Department of Physics, University of Warwick. The background fields in tokamak reactors provide excellent confinement of plasmas at extreme temperatures, but by perturbing the shape of these fields, and inducing electric field structures, the plasma can still find a way to escape. Read more
Representing ground-atmosphere coupling over complex terrain: the need for a new paradigm
Computer models used to predict the weather (known as numerical weather prediction or NWP models) and climate (known as climate models) do not simulate… Read more
Direct numerical simulation of polymeric-fluid flows
Polymers and turbulence are two of the most difficult problems in statistical physics. In the past, the study of polymeric liquids was divided in two categories. Read more
How is climate change affecting atmospheric turbulence?
Atmospheric turbulence is the leading cause of weather-related aircraft accidents and . incidents. It injures hundreds of passengers and flight attendants annually, costs the aviation . Read more
Quantifying space weather turbulence and extremes and risk at earth
Supervisor S. C. Chapman S.C.Chapman@warwick.ac.uk. www.warwick.ac.uk/go/cfsa/people/sandrac. Read more
Turbulence modelling of combustion using Large Eddie Simulations (LES)
Computational Fluid Dynamics modelling is a powerful tool that, due to recent advances in computational power, has become useful in aiding the design and development of advanced power generation technologies with significant climate change mitigation potential. Read more
Turbulence modelling of combustion using Large Eddie Simulations (LES)
Computational Fluid Dynamics modelling is a powerful tool that, due to recent advances in computational power, has become useful in aiding the design and development of advanced power generation technologies with significant climate change mitigation potential. Read more
Turbulence modelling of combustion using Large Eddie Simulations (LES)
Computational Fluid Dynamics modelling is a powerful tool that, due to recent advances in computational power, has become useful in aiding the design and development of advanced power generation technologies with significant climate change mitigation potential. Read more