Biography
Paul is a senior research associate at Oxford University. He manages the Oxford Turbine Research Facility (OTRF). This major test facility was designed and built by the Department of Engineering Science for the Ministry of Defence. Paul gained a MEng and DPhil both from Exeter College where he now holds a college lectureship.
Most Recent Publications
High speed infrared thermography to investigate heat transfer of transonic turbine rotor blades
High speed infrared thermography to investigate heat transfer of transonic turbine rotor blades
Impact of turbine inlet temperature distortion on rotor blade heat transfer using infrared thermography and Computational Methods
Impact of turbine inlet temperature distortion on rotor blade heat transfer using infrared thermography and Computational Methods
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps, and inlet temperature profiles
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps, and inlet temperature profiles
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps and inlet temperature profiles
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps and inlet temperature profiles
Matching Turbulence to a Target Profile in a Flexible Combustor Simulator Design
Matching Turbulence to a Target Profile in a Flexible Combustor Simulator Design
Research Interests
- Turbomachinery
- Computational Fluid Dynamics
- Numerical analysis
- Heat Transfer
- Instrumentation
- Turbines
Oxford Turbine Research Facility
Most Recent Publications
High speed infrared thermography to investigate heat transfer of transonic turbine rotor blades
High speed infrared thermography to investigate heat transfer of transonic turbine rotor blades
Impact of turbine inlet temperature distortion on rotor blade heat transfer using infrared thermography and Computational Methods
Impact of turbine inlet temperature distortion on rotor blade heat transfer using infrared thermography and Computational Methods
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps, and inlet temperature profiles
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps, and inlet temperature profiles
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps and inlet temperature profiles
An aerodynamic investigation of a high-pressure turbine using rotor casing static pressure measurements at engine representative conditions with different tip designs, tip gaps and inlet temperature profiles
Matching Turbulence to a Target Profile in a Flexible Combustor Simulator Design
Matching Turbulence to a Target Profile in a Flexible Combustor Simulator Design
