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Dr Otti Croze

Specialist research areas

Biological Fluid Dynamics:

 

Bioconvection

    • sheared bioconvection of swimmer suspensions

Micro-organism dynamics

    • differential dynamic microscopy of swimming algae

Low-Reynolds-number Flows:

 

Porous media

    • migration of bacterial populations in porous media

Micro-/Nano-fluid Dynamics:

 

Microfluidics

    • swimming algae and bacteria in microfluidic flows

Turbulent Flows:

 

Turbulence simulation

    • swimmers in turbulent channel flows

Departments and Institutes

Physics:

Collaborators outside this directory

Application Areas

 

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Energy

    • Biofuels
    • Renewables

Environment

    • Carbon capture & sequestration
    • Waste

Manufacturing

    • Food & drink
    • Pharmaceutical

Natural world

    • Climate change

Techniques

 

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Analytical

Approximate methods

    • Asymptotic expansions

Stochastic techniques

Numerical

Grid-based

    • Direct numerical simulation

Experimental

Scale

    • Micro-/nano-scale
    • Lab-scale

Lab set-up

    • Microfluidic device

Measurement techniques

    • PIV
    • High-speed video capture
    • Light absorption

Visualisation techniques

    • Tracer injection

Data analysis techniques

    • Fourier analysis