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Prof Simone Hochgreb

Prof Simone Hochgreb

Professor of Experimental Combustion (CUED)


Specialist research areas

Acoustics:

 

Noise control

    • thermoacoustics, entropy waves

Drops and Bubbles:

 

Aerosols/atomization

    • sprays

Instability:

 

Absolute/convective instability

    • thermoacoustic instability

Reacting Flows:

 

Combustion

    • laminar and turbulent reacting flows

Flames

    • premixed, diffusion, stratified

Laminar reacting flows

    • strained and unstrained, premixed and diffusion

Turbulent reacting flows

    • flame structure, measurement techniques

Departments and Institutes

Engineering (CUED):

Collaborators outside this directory

Application Areas

 

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Energy

    • Biofuels
    • Fossil fuels
    • Hydrogen

Manufacturing

    • Chemicals & materials

Techniques

 

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Analytical

Physically-based

    • Dimensional analysis
    • Scaling arguments
    • Empirical modelling
    • Reduced models

Experimental

Scale

    • Lab-scale
    • Full-scale
    • Remote sensing

Measurement techniques

    • Hot-wire anemometry
    • PIV
    • High-speed video capture
    • Spectroscopy
    • LIF
    • Light absorption

Visualisation techniques

    • Tracer injection
    • Tracer generation
    • Fluorescence
    • Schlieren/shadowgraph

Data analysis techniques

    • Fourier analysis
    • Image processing