Jean-Marie Cavet

Responsible for developing Software and pre/post-processes for analysing Engine test data combined with thermodynamic and CFD models

- Development of a pre- and postprocessing software for Computational Fluid Dynamics (CFD) analysis (python using cross-platform PyQt) - Developement of processes for the internal multidisciplinary database-system - Development of VBA-based modules for the analysis of Secondary Air System and Thermal test data and modeling - CFD analysis of Aero Engine Low Pressure Turbines and cavities

- Analysis of the A350-XWB high-lift devices aerodynamic loads based on low speed wind tunnel data for longitudinal motion, spoiler and aileron and configuration effects - Comparison of wind tunnel analysis with CFD calculations for various Reynolds numbers

Investigation of the longitudinal and lateral aerodynamic characteristics of an Airbus “V-Tail” tailplane under various flight conditions (low-speed and high-speed, take-off, cruise and landing) and aircraft configurations (slats/flaps extended or retracted, symmetrical/asymmetrical/anti-symmetrical elevator deflections). - To define an aerodynamic model of the main force and moment coefficients - To compare the efficiencies of the V-tail with the conventional HTP/VTP concept!,

Calculation and analysis of aerodynamic loads on the Airbus A320 and A380 slats and droop noses for several flight configurations (slats extended/retracted, fatigue missions, jamming, etc). Comparisons with previous wind tunnel campaigns. • Performance prediction (aerodynamic loads, dynamic behaviour) of the Eurofighter Typhoon towed decoy for different flight cases involving complex manoeuvres. English-French-English translation of technical nuclear documentation (for British Nuclear Fuel Group)

Art of Negotiation, Strategy, Intelligence, Security, Terrorism, Ethics, Democracy and legitimacy, Legislative Politics, Diplomatic Systems, Multilateral diplomacy, Embassy, Thesis: EU diplomacy and the Democratic Transition Process in Egypt since 2011: which role for France, Germany and the UK?

Aerodynamics (low-speed and high-speed), Viscous and turbulent flows, Transonic wing design, Supersonic aircraft design, CFD, Grid generation process, Airfoil assessment, Aircraft performance, Stability and control, Flying qualities, Flight test laboratory, Helicpoters, UAV aerodynamics model

Aerodynamics, CFD, Flight dynamics principles, Fluid dynamics, Wind tunnel testing, Mechanics principles, Design, Materials, FEM, Aero-elasticity, Thermodynamics, Hydrodynamics, Electronics

Mathematics, Physics, Chemistry, Engineering Science, French, English

Mathematics, Physics, Biology, History-Geography, Philosophy