Biography
Kam Chana joined the University in 2010 following 22 years at the MoD and QinetiQ where he held the position Head of Instrumentation & Experimental Programmes and was a QinetiQ Fellow. He held a Visiting Fellow position at Warwick University for over 20 years and a Visiting Fellow position at Surrey University. Kam has also held the position Scientific Director of the European Virtual Institute for Gas Turbine Instrumentation (EVI-GTI) for 5 years.
At Oxford he leads the activities of the Oxford Turbine Research Facility. He has over 100 peer-reviewed published articles and several patents.
Most Recent Publications
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
Nondestructive Measurement Technique for Substandard Amoxicillin Based on Thermal Approach.
Nondestructive Measurement Technique for Substandard Amoxicillin Based on Thermal Approach.
Understanding Thermal Unsteadiness in Engine Representative Flows and Improved Methodologies for Derived Heat Transfer Calculations Using Thin-Film Gauges
Understanding Thermal Unsteadiness in Engine Representative Flows and Improved Methodologies for Derived Heat Transfer Calculations Using Thin-Film Gauges
Thermal Product Sensor: A potentially new diagnostic tool in the detection of skin malignancy.
Thermal Product Sensor: A potentially new diagnostic tool in the detection of skin malignancy.
Research Interests
- Turbine heat transfer
- Cooling systems
- Gas turbines
- Internal combustion engine instrumentation
- Tip timing
- Tip clearance measurement
- High temperature instrumentation
Research Groups
Most Recent Publications
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
Nondestructive Measurement Technique for Substandard Amoxicillin Based on Thermal Approach.
Nondestructive Measurement Technique for Substandard Amoxicillin Based on Thermal Approach.
Understanding Thermal Unsteadiness in Engine Representative Flows and Improved Methodologies for Derived Heat Transfer Calculations Using Thin-Film Gauges
Understanding Thermal Unsteadiness in Engine Representative Flows and Improved Methodologies for Derived Heat Transfer Calculations Using Thin-Film Gauges
Thermal Product Sensor: A potentially new diagnostic tool in the detection of skin malignancy.
Thermal Product Sensor: A potentially new diagnostic tool in the detection of skin malignancy.
