• Aeronautics

repuloszimulator
– Mathematical modeling and simulations
– Development of innovative operational concepts
– Aircraft design and aerodynamic optimization
– Advanced tools & avionics
– Life-cycle (cost) assessment
– Safety, security and environmental aspects
– Airspace integration aspects
– Demand and business modelling
– Fatigue, reliability and life time analyses
– CFD analysis (Computational Fluid Dynamics)
– NVH (Noise, Vibration and Harshness), aeroacoustics
– UAV design and flight simulation

 

  • Naval Architecture

– Floatation, Stability and Structural designnaval
– Hull form optimisation
– Powering
– Ships’ machinery design
– Ship motions
– Regulations
– Pleasure craft design (sailing and power)
– Development of manoeuvring simulator
– Measurements on inland vessels

 

  • Rail Vehicles

– Railway vehicle design and constructionrailway
– Railway vehicle braking processes
– Track/vehicle system dynamics
– Vehicle system dynamics
– Railway drive technique
– Vehicle system reliability
– Dynamics and energetics of train motion
– Development of track qualification vehicle
– Wheel/rail wear processes, running stability and safety

 

For more information about our research fields, please contact us: transportation@mail.bme.hu

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