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We have 28 Fluid Mechanics (particle) PhD Projects, Programmes & Scholarships

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Fluid Mechanics (particle) PhD Projects, Programmes & Scholarships

We have 28 Fluid Mechanics (particle) PhD Projects, Programmes & Scholarships

Microfluidic-assisted particle manipulation in complex fluid environments for biomedical and engineering applications

We are delighted to offer two new PhD positions (one experimental and one numerical) on “particle manipulation in complex fluid environments for biomedical and engineering applications” at Department of Mechanical and Aerospace Engineering - University of Strathclyde. Read more

Traceable characterisation of a novel ultrafine aerosol source for improved instrument calibration

This project aims to develop a commercial Silver Particle Generator (SPG) into a cutting-edge calibration facility for the UK. The SPG is a new particle generator that offers potential for both particle number and mass calibrations. Read more

Advanced computational modelling of nanobubble cavitation dynamics

Rapid changes in pressure, such as in high-frequency ultrasound, can stimulate bubbles to nucleate, oscillate, and collapse violently, in a phenomenon known as cavitation. Read more

Behaviour of Granular Materials

Granular materials such as sand, snow, rice, ores, powders and soils are prevalent in nature and industry. Understanding the way they deform, fail, flow and mix is key to predict events such as landslides, erosion, earthquakes and snow avalanches. Read more

Pathogen Aerosolization and Detection in Building Wastewater System Fluid Dynamics

  Research Group: Institute of Sustainable Built Environment
The development of high-rise buildings is now at an unprecedented rate, with their number and scale rapidly and dramatically changing the landscape of global cities. The creation of these complex vertical communities poses major operational challenges for the systems relied upon for occupant safety and the responsible management of wastewater resources. Read more

Multi-physics investigation of spray in a crossflow

Understanding the dynamics of particles (solid and liquid) in a crossflow is essential for many scientific investigations and engineering applications. Read more

Development of novel techniques to reduce aerodynamic noise

In this exciting project, we will develop and test a range of novel techniques to reduce noise from aerodynamic components. This will include the use of standard and functionally graded porous materials, perforated sheets with complex hole patterns, etc. Read more

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