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We have 201 Fluid Mechanics PhD Projects, Programmes & Scholarships

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Fluid Mechanics PhD Projects, Programmes & Scholarships

We have 201 Fluid Mechanics PhD Projects, Programmes & Scholarships

Supercritical CO2 turbulence and heat transfer - using DNS and Machine Learning assisted RANS model

Supercritical CO2 (sCO2) is a non-ideal compressible fluid and will be a critical working fluid for future power generation systems such as nuclear energy, concentrated solar power, geothermal power, and waste heat recovery. Read more

Water Repellency, Adhesion and Friction

Many plants (and animals) structure there surfaces to be slippery to liquids. The Lotus leaf uses hydrophobic waxy bumps to ball-up water droplets which then roll-off taking with them dirt and parasites in a self-cleaning effect. Read more

QUADRAT DTP: Sensing extreme coastal waves

This fully funded, 42-month PhD project is part of the QUADRAT Doctoral Training Partnership. Ocean waves are the fundamental drivers of most coastal processes, from mixing to sediment transport and coastal erosion. Read more

QUADRAT DTP: Offshore Engineering Geomorphology for Energy Transition

This fully funded, 42-month PhD project is part of the QUADRAT Doctoral Training Partnership. The energy transition is upon us as society aims to reduce emissions by transitioning into clean, renewable and carbon neutral energy sources. Read more

QUADRAT DTP: Sustainable management of fresh groundwater resources in coastal East Africa – Using lessons from the past to build future resilience to climate and environmental change

This fully funded, 42-month PhD project is part of the QUADRAT Doctoral Training Partnership. High coastal population growth rates, with associated water demand and environmental changes including climate change are putting enormous pressure on coastal groundwater resources. Read more

Star Formation Triggered by Colliding Interstellar Clouds

CONTEXT. Much of the interstellar gas in a galaxy like the Milky Way is in dense molecular clouds. When these clouds enter a spiral arm, they merge to form larger clouds, and are compressed to higher densities. Read more

Internet of Things (IoT) based monitoring of changing environmental conditions and their effects on soil, water and air quality

  Research Group: School of Civil Engineering
This PhD would investigate how meteorological and environmental conditions (e.g. heavy rainfall, windstorms, humidity, extreme temperatures, water level etc.) affect the soil, water and air quality. Read more

Layering in Geophysical Fluid Dynamics

  Research Group: School of Mathematics
A fascinating feature of many geophysical fluid dynamical systems is their tendency to form layers or “staircases”, in which a key physical quantity, such as the density, exhibits a staircase structure with depth. Read more

Emergence of polygons on dry salt lakes

  Research Group: School of Mathematics
Dry salt lakes are scenic parts of desert landscapes which can be found all around the world, from Sua Pan in Botswana to Salar de Uyuni in Bolivia and the lakes of Death Valley in the USA. Read more

A revolutionary new Lagrangian model for convective clouds

This project will contribute to the development of a revolutionary new cloud model, EPIC (the Ellipsoidal Parcel-In-Cell model). Here, we will use EPIC for the simulation of convective precipitation and cloud-climate feedbacks. Read more

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