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Matthew Juniper's research is in the broad area of flow instability, encompassing hydrodynamic instability and thermoacoustic instability. This research is inspired by developments in the analysis of nonlinear dynamical systems and the analysis of linear stability with adjoint methods. Its broad aim it to take concepts that have been proven for simple systems and scale them up into tools that can be used in industry.
The main application of this research is in gas turbine combustion chambers, which are susceptible to both hydrodynamic and thermoacoustic oscillations. As manufacturers strive to make engines that are cleaner and more fuel-efficient, they operate closer to the boundaries of instability. The aim of this research is to predict these instability boundaries, to analyse the behaviour beyond these boundaries, and to work out how such systems can be stabilized.
This research also has other applications, such as reducing the noise in cyclone separators, and retaining laminar flow in low Reynolds number furnaces, which could be important for the fabrication of certain new materials.
The main application of this research is in gas turbine combustion chambers, which are susceptible to both hydrodynamic and thermoacoustic oscillations. As manufacturers strive to make engines that are cleaner and more fuel-efficient, they operate closer to the boundaries of instability. The aim of this research is to predict these instability boundaries, to analyse the behaviour beyond these boundaries, and to work out how such systems can be stabilized.
This research also has other applications, such as reducing the noise in cyclone separators, and retaining laminar flow in low Reynolds number furnaces, which could be important for the fabrication of certain new materials.
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arxiv(2024)
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COMPUTER METHODS IN APPLIED MECHANICS AND ENGINEERING (2024): 116572-116572
Lecture notes in energypp.307-337, (2023)
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Computer Methods in Applied Mechanics and Engineering (2023): 116042-116042
European Journal of Mechanics - B/Fluids (2023): 67-81
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