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University of Southampton

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PhD Project in Turbulence and Dispersion in Environmental Aerodynamics University of Southampton in United Kingdom

Degree Level

PhD

Field of study

Environmental Science

Funding

The project is described as competition funded. Further fee and funding details are available through the University of Southampton's fees and funding information.

Deadline

Aug 31, 2027

Country flag

Country

United Kingdom

University

University of Southampton

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Keywords

Environmental Science
Aerodynamics
Mechanical Engineering
Air Quality Management
Turbulence
Dispersion
Air Pollution
Optical Diagnostics
Experimental Mechanics
Wind Tunnel
Particle Tracking

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About this position

This PhD project investigates how turbulence shapes the development and dispersion of smoke, pollutants and airborne particles in environmental flows. The research will examine interactions between buoyancy, wind patterns and turbulent mixing, with potential applications in wildfire smoke, atmospheric pollution, urban air quality and weather prediction.

The project will address the fundamental fluid mechanics of buoyant plumes and particle dispersion in turbulent flows. Its precise focus will be developed with the student, allowing the research to connect environmental aerodynamics with atmospheric dispersion, urban flows and complex plume behaviour.

Research will be conducted using the University of Southampton’s experimental fluid mechanics facilities, including wind tunnels and a recirculating water tunnel within the Centre for Experimental Fluid Mechanics. Advanced optical diagnostics will be used to measure turbulent velocity fields, particle motion and scalar concentrations.

  • Particle Image Velocimetry (PIV)
  • Three-dimensional particle tracking using Shake-the-Box
  • Planar Laser-Induced Fluorescence (PLIF)

The resulting experimental datasets will support improved understanding of plume development, turbulent mixing and particle transport, while providing evidence for the development and evaluation of environmental and atmospheric models. The student will receive training in experimental design, tunnel experimentation, optical measurement, image processing, scientific programming, uncertainty analysis and interpretation of complex turbulent flows.

The research environment also offers opportunities to present findings at national and international conferences, publish scientific papers and engage with researchers in environmental fluid mechanics, atmospheric dispersion and urban aerodynamics at the University of Southampton.

Funding details

The project is described as competition funded. Further fee and funding details are available through the University of Southampton's fees and funding information.

What's required

Applicants require a 2:1 honours degree. The project involves experimental fluid dynamics, wind- and water-tunnel experimentation, optical measurement techniques, image processing, scientific programming, uncertainty analysis and interpretation of turbulent flows; relevant preparation or interest in these areas is appropriate.

How to apply

Review the project and full entry requirements on the University of Southampton webpage, then submit an application through the university's postgraduate research application process before 31 August 2027.

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