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Department of Applied Mathematics and Theoretical Physics

Career

  • 2016-present Professor of Fluid Mechanics, Department of Applied Mathematics and Theoretical Physics
  • 2012-2016 Reader in Fluid Mechanics, Department of Applied Mathematics and Theoretical Physics
  • 2001-2012 University Senior Lecturer, Department of Applied Mathematics and Theoretical Physics
  • 1997-present Director of the GK Batchelor Laboratory

Research

Fluid mechanics of the environment in which we live and how our activities utilise fluid mechanics motivate much of Stuart's research. His work is characterised by a blend of theoretical, numerical and experimental approaches, frequently with a mix of all three in any given project.

Recent projects have included

  • Internal gravity waves 
  • Gravity currents
  • Granular flows
  • Rayleigh-Taylor and Richtmyer-Meshkov instabilities
  • Stratified turbulence
  • Rotating turbulence
  • Buoyant plumes
  • Resuspension
  • Building ventilation
  • Decontamination
  • Reactive flows
  • Bursting water-filled balloons

Stuart has run DAMTP's GK Batchelor Laboratory for over 25 years, and has not only led the development of the world-leading facilities, but has also been instrumental in developing the diagnostics and software used widely in the research community.

PhD opportunities

Stuart is interested not only in PhD students with a mathematics background, but also those with engineering, physics or other similar undergraduate degrees.

Although yet to be confirmed, it is likely that in 2023 he will have ear-marked PhD funding for projects on (i) skipping stones and (ii) purging hydrogen gas from pipelines. Both projects would be attractive to someone wanting a combination of experimental, numerical and theoretical approaches to challenging problems.

Stuart is also keen to pursue projects in the broader realm of geophysical, environmental and industrial fluid mechanics.

Publications

Resuspension by saline and particle‐driven gravity currents
I Eames, AJ Hogg, S Gething, SB Dalziel
– Journal of Geophysical Research Oceans
(2001)
106,
14095
A light attenuation technique for void fraction measurement of microbubbles
DM Leppinen, SB Dalziel
– Experiments in Fluids
(2001)
30,
214
Modelling the global efficiency of dissolved air flotation.
DM Leppinen, SB Dalziel, PF Linden
– Water Science & Technology
(2001)
43,
159
Dust resuspension by the flow around an impacting sphere
I Eames, SB Dalziel
– Journal of Fluid Mechanics
(2000)
403,
305
Laboratory modeling of geophysical turbulence
PF Linden, JN Hacker, BM Boubnov, SB Dalziel
– ADVANCES IN TURBULENCE VIII
(2000)
379
Whole-field density measurements by 'synthetic schlieren'
SB Dalziel, GO Hughes, BR Sutherland
– Experiments in Fluids
(2000)
28,
322
Internal waves revisited
BR Sutherland, GO Hughes, SB Dalziel, PF Linden
– Dynamics of Atmospheres and Oceans
(2000)
31,
209
Self-similarity and internal structure of turbulence induced by Rayleigh–Taylor instability
SB Dalziel, PF Linden, DL Youngs
– Journal of Fluid Mechanics
(1999)
399,
1
Visualization and measurement of internal waves by ‘synthetic schlieren’. Part 1. Vertically oscillating cylinder
BR Sutherland, SB Dalziel, GO Hughes, PF Linden
– Journal of Fluid Mechanics
(1999)
390,
93
Saline and particle-driven interfacial intrusions
F de Rooij, PF Linden, SB Dalziel
– Journal of Fluid Mechanics
(1999)
389,
303
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Research Group

Environmental and Industrial Fluid Dynamics

Room

H0.11

Telephone

01223 337911