Experience

Safran

• France
• Aviation and Aerospace Component Manufacturing
• 700 & Above Employee

• Aerodynamics Methods Engineer

  • Feb 2022 - Present



von Karman Institute for Fluid Dynamics

• Belgium
• Research Services
• 100 - 200 Employee

• Short training program

  • Oct 2020 - Jun 2021

  On the application of hot wire anemometry in a transonic Low-Pressure Turbine cascade The intership takes place inside a broader research, carried out by the SPLEEN project (Secondary and leakages flow effects in high-sPeed Low prEssurE turbiNes), investigating on the aerodynamic of modern high-speed low-pressure turbines for aero-engine applications. The internship work consisted in the application of a measurement technique called Hot-Wire Anemometry for the characterization of… Show more On the application of hot wire anemometry in a transonic Low-Pressure Turbine cascade The intership takes place inside a broader research, carried out by the SPLEEN project (Secondary and leakages flow effects in high-sPeed Low prEssurE turbiNes), investigating on the aerodynamic of modern high-speed low-pressure turbines for aero-engine applications. The internship work consisted in the application of a measurement technique called Hot-Wire Anemometry for the characterization of the turbulence field and the boundary layer at the inlet of a transonic Low-Pressure Turbine linear cascade. The tasks and responsibilities I was accounted for were: - Leading of the Hot-Wire Anemometry experimental campaign for turbulence measurements. - Design and arrange the experimental setup and providing a know-how guide for the management of the instrumentation. - Calibration of the instrumentation and the probes. - Supervise and planning the Hot-Wire measurements. - Work synergically in a highly skilled team. - Developing and writing efficient and automatized numerical code for the reduction and the post-processing of the data. - Give a scrutiny of the findings and expose the results. - Write a detailed and informative report on the project, including motivations, objective, experimental setup and results. Show less On the application of hot wire anemometry in a transonic Low-Pressure Turbine cascade The intership takes place inside a broader research, carried out by the SPLEEN project (Secondary and leakages flow effects in high-sPeed Low prEssurE turbiNes), investigating on the aerodynamic of modern high-speed low-pressure turbines for aero-engine applications. The internship work consisted in the application of a measurement technique called Hot-Wire Anemometry for the characterization of… Show more On the application of hot wire anemometry in a transonic Low-Pressure Turbine cascade The intership takes place inside a broader research, carried out by the SPLEEN project (Secondary and leakages flow effects in high-sPeed Low prEssurE turbiNes), investigating on the aerodynamic of modern high-speed low-pressure turbines for aero-engine applications. The internship work consisted in the application of a measurement technique called Hot-Wire Anemometry for the characterization of the turbulence field and the boundary layer at the inlet of a transonic Low-Pressure Turbine linear cascade. The tasks and responsibilities I was accounted for were: - Leading of the Hot-Wire Anemometry experimental campaign for turbulence measurements. - Design and arrange the experimental setup and providing a know-how guide for the management of the instrumentation. - Calibration of the instrumentation and the probes. - Supervise and planning the Hot-Wire measurements. - Work synergically in a highly skilled team. - Developing and writing efficient and automatized numerical code for the reduction and the post-processing of the data. - Give a scrutiny of the findings and expose the results. - Write a detailed and informative report on the project, including motivations, objective, experimental setup and results. Show less