Mes compétences :
Aéronautique
Mécanique du vol
Conception mécanique
Hélicoptère
Méthode des éléments finis
Génie mécanique
Calcul de structure
Entreprises
Airbus Helicopters
- Rotor Stress Engineer
2015 - maintenant• Sizing mechanical rotor components under development
• Fatigue and damage tolerance stress analysis
• Preparing, monitoring and analysing fatigue tests of rotor parts
• Providing structural loads limitations to ensure safety of flight tests
• Analysing stresses and justifying resistance of rotor parts under static and fatigue loads
• Developing structural and fatigue substantiation reports to show compliance to the EASA/FAA requirements
Airbus Helicopters
- Engineering Internship – Flight Controls & Hydraulic Engineering Department
2015 - 2015• Study and analysis of helicopter hydraulic systems and flight controls
• Servo-actuators and hydraulic circuit design (Pressure, Flow rate and Temperature)
• Verification of equipment performances and safety requirements regarding failures
• Modelization, Simulation and Analysis of multi-domain controlled systems with AMESim® (Flight controls, Hydraulic systems, Mechanical actuators)
• Realization of hydraulic simulation models with AMESim® for systems integration
• Hydraulic circuit optimization to minimize pressure losses and ensure equipment performances
• Development of Real-Time hydraulic model for Hardware-in-the-loop simulation
Airbus Helicopters
- Engineering Internship – Rotors Design Engineering Department
2014 - 2014• Realization of ground tests
• Establishment of rotor digital mock-up with CATIA V5® (Skeleton & Part design – Assembly)
• Kinematic simulation with CATIA DMU Kinematics®
• Multibody modeling to predict the behavior of complex mechanical systems with LMS Virtual.Lab Motion®
• Analysis of complex dynamic motions to detect potential collision between parts
• Dynamic simulation in order to analyse and optimize the rotor behavior
