List of available topics for STP/Master thesis
AERONAUTICS AND AEROSPACE
Name | Category | Experimental | Numerical | Theoretical |
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Acceleration of flow solvers by advanced CFD algorithms (multigrid, implicit methods) | COMPUTATIONAL FLUID DYNAMICS ALGORITHMIC DEVELOPMENTS | ![]() |
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Acceleration of flow solvers by advanced parallel computing platforms (GPGPU) | COMPUTATIONAL FLUID DYNAMICS ALGORITHMIC DEVELOPMENTS | ![]() |
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Acoustic beamforming: algorithm development and wind tunnel applications | AEROACOUSTICS | ![]() |
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Active/Passive flow control strategies | HIGH-SPEED PROPULSION | ![]() |
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Adjoint methods for error estimation and adaptive grid simulation | COMPUTATIONAL FLUID DYNAMICS ALGORITHMIC DEVELOPMENTS | ![]() |
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Aeroacoustic installation effects in urban air mobility concepts | AEROACOUSTICS | ![]() |
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Aerodynamic and aeroacoustic installation effects in novel Urban Air Mobility aircraft concepts | AEROACOUSTICS | ![]() |
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Aircraft noise: measurement, modeling and mitigation | AEROACOUSTICS | ![]() |
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Application to space re-entry aerodynamics and plasma flows | UNCERTAINTY QUANTIFICATION IN CFD | ![]() |
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Characterization of the heat capacity of new lightweight ablators and space debris | PLASMA WIND TUNNEL and THERMAL PROTECTION SYSTEMS | ![]() |
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Compressible Direct Numerical Simulation and Large Eddy Simulation on unstructured grids with residual distribution | TURBULENCE | ![]() |
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Cubesat laboratory facility development | SMALL SATELLITES | ![]() |
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Cubesat satellite sensor design | SMALL SATELLITES | ![]() |
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Cubesat thermal and mechanical environmental analysis | SMALL SATELLITES | ![]() |
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Design of aerodynamic balances | ![]() |
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Design of a low density facility | RAREFIED AND PLASMA FLOWS | ![]() |
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Design of supersonic and hypersonic nozzles | ![]() |
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Development of a methodology to analyse the BRAMS and CAMS meteor observations | ATMOSPHERIC ENTRY FLOWS | ![]() |
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Development of hypersonic flow solver using a discontinuous Galerkin method | COMPUTATIONAL FLUID DYNAMICS ALGORITHMIC DEVELOPMENTS | ![]() |
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Development of Photogrammetric measurement technique for the VKI plasmatron | NON-INTRUSIVE MEASUREMENT TECHNIQUES FOR HIGH SPEED FLOW | ![]() |
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Development of stereo 3D reconstruction for photogrammetric measurement technique | NON-INTRUSIVE MEASUREMENT TECHNIQUES FOR HIGH SPEED FLOW | ![]() |
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Developments of re-entry cube sat | SMALL SATELLITES | ![]() |
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Experimental and numerical investigations of aero-vibro-acoustic coupling mechanisms in ground/air transportation and space launchers | AEROACOUSTICS | ![]() |
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Heatshield technology management and biomass energy recovery | ATMOSPHERIC RE-ENTRY FLOWS | ![]() |
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High order discretization methods for compressible flow simulation: Residual Distribution and discontinuous Galerkin Finite Element Methods | COMPUTATIONAL FLUID DYNAMICS ALGORITHMIC DEVELOPMENTS | ![]() |
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Hypersonic aerothermodynamics | HYPERSONIC WIND TUNNEL | ![]() |
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Hypersonic flow characterization | HYPERSONIC WIND TUNNEL | ![]() |
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Image Processing for Background Oriented Schlieren | NON-INTRUSIVE MEASUREMENT TECHNIQUES FOR HIGH SPEED FLOW | ![]() |
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Incoming turbulence interaction noise in aeronautical, automotive and wind energy applications | AEROACOUSTICS | ![]() |
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Infrared thermography for heat transfer in hypersonics flows | NON-INTRUSIVE MEASUREMENT TECHNIQUES FOR HIGH SPEED FLOW | ![]() |
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Intrusive/non-intrusive measurements in (ICP) plasma facilities and validation by numerical simulation | PLASMA WIND TUNNEL and THERMAL PROTECTION SYSTEMS | ![]() |
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Lagrangian simulation of hypersonic wind tunnels | COMPUTATIONAL FLUID DYNAMICS ALGORITHMIC DEVELOPMENTS | ![]() |
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Laser Doppler velocymetry in high speed (subsonic/supersonic) flow | NON-INTRUSIVE MEASUREMENT TECHNIQUES FOR HIGH SPEED FLOW | ![]() |
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Laser Particle Image Velocimetry in high speed (subsonic/supersonic) flow | NON-INTRUSIVE MEASUREMENT TECHNIQUES FOR HIGH SPEED FLOW | ![]() |
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Machine learning techniques for aeroacoustics | AEROACOUSTICS | ![]() |
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Modelling and simulation methods for plasma flows | PLASMA WIND TUNNEL and THERMAL PROTECTION SYSTEMS | ![]() |
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Multidisciplinary investigation of detonation engines (PDE & RDE) | HIGH-SPEED PROPULSION | ![]() |
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Numerical modelling of low Reynolds number propellers for novel aircraft architectures | DISRUPTIVE AIRCRAFT ARCHITECTURES | ![]() |
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Rarified flow gas dynamics and particle flow (DSMC) | ATMOSPHERIC RE-ENTRY FLOWS | ![]() |
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Re-entry capsule aerothermodynamics and stability | ATMOSPHERIC RE-ENTRY FLOWS | ![]() |
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Reentry trajectory simulation | ATMOSPHERIC ENTRY FLOWS | ![]() |
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Satellite orbital mission analysis | SMALL SATELLITES | ![]() |
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Satellite re-entry breakup experiment design and analysis | SMALL SATELLITES | ![]() |
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Shock wave/boundary layer interactions in supersonic or hypersonic flows; fins, ramps, and corner flows | ATMOSPHERIC RE-ENTRY FLOWS | ![]() |
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Simulation and modelling of plasma flows related to interaction of the solar wind with the earth magnetic field, coronal mass ejections | SPACE WEATHER PREDICTION | ![]() |
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Simulation of gas-surface interaction phenomena in atmospheric entry flows | PLASMA WIND TUNNEL and THERMAL PROTECTION SYSTEMS | ![]() |
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Simulation of re-entry capsule aerothermodynamics and computation of viscious non equilibrium hypersonic flows using upwind FV or RDS methods | ATMOSPHERIC RE-ENTRY FLOWS | ![]() |
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Space launcher fairing transparency | SPACE LAUNCHERS | ![]() |
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Spectroscopic diagnostics for plasma flows | PLASMA WIND TUNNEL and THERMAL PROTECTION SYSTEMS | ![]() |
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Stability and transition to turbulence for laminar hypersonic boundary layer; natural and roughness induced mechanisms | TURBULENCE | ![]() |
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Thermodynamic analysis of novel propulsion cycles | HIGH-SPEED PROPULSION | ![]() |
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Uncertainty Characterization of ablative materials for atmospheric reentry of spacecraft | UNCERTAINTY QUANTIFICATION IN CFD | ![]() |
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Wind tunnel numerical modeling | ![]() |
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ENVIRONMENTAL AND APPLIED FLUID DYNAMICS
Name | Category | Experimental | Numerical | Theoretical |
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Aeroacoustic wind tunnel design | AEROACOUSTICS | ![]() |
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Aerodynamics and aeroacoustics of a prototype tandem propulsor for Urban Air Mobility aircraft | DRONES | ![]() |
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Aerothermal characterization of a heat exchanger prototype produced by additive manufacutring | HEAT AND MASS TRANSFER | ![]() |
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Aerothermal characterization of heat exchangers | HEAT AND MASS TRANSFER | ![]() |
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Airborne Doppler LIDAR instrumentation development | INSTRUMENTATION AND INSTRUMENTATION DEVELOPMENT | ![]() |
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A Meshless Method to Compute Pressure Fields from 2D and 3D PIV/PTV | MACHINE LEARNING FOR FLUID DYNAMICS | ![]() |
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Arbitrarily-shaped particle modelling by multiphase Lagrangian solver using Machine Learning tools | MULTIPHASE FLOWS | ![]() |
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CFD-driven self-calibration of reduced-order models for flapping wing aerodynamics | DRONES | ![]() |
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CFD study of flapping wing aerodynamics with overset method | DRONES | ![]() |
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Characterization of ejectors in transient operation | HEAT AND MASS TRANSFER | ![]() |
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Closed Control using Machine Learning Methods | MACHINE LEARNING FOR FLUID DYNAMICS | ![]() |
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Convective enhancement and impinging jets | HEAT AND MASS TRANSFER | ![]() |
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Coupled weather-wildland fire modelling with WRF-SFIRE model | POLLUTANT DISPERSION | ![]() |
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coupling WRF with hydrological models for flood and water level prediction, including climate change re-analysis | WIND ENGINEERING & WIND ENERGY | ![]() |
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Creation of a European Spectral Altas for offshore wind energy in WRF | WIND ENGINEERING & WIND ENERGY | ![]() |
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data assimilation in WRF with RADAR precipitation data | WIND ENGINEERING & WIND ENERGY | ![]() |
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data assimilation technique for WRF-LES | WIND ENGINEERING & WIND ENERGY | ![]() |
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DEICING TECHNIQUES FOR AIRFOILS | MULTIPHASE FLOWS | ![]() |
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Design of Machine Learning Methods for Feedback Control | ACTIVE FLOW CONTROL | ![]() |
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Detonation in urban environment | MULTIPHASE FLOWS | ![]() |
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Development of a Finite Volume Code for simulating Liquid Films Instabilities in Hot-Dip Galvanisation | INDUSTRIAL FLOWS | ![]() |
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Development of an adjoint method of dip coating integral equations for optimal control and stability analysis | MULTIPHASE FLOWS | ![]() |
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Development of Machine Learning Methods for Flow Control (T/N) | MACHINE LEARNING FOR FLUID DYNAMICS | ![]() |
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Development of optical measurement techniques for contact angle characterization in sloshing flows | LIQUID PROPULSION | ![]() |
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Direct Numerical Simulation of natural convection turbulent boundary layer in liquid metals | HEAT AND MASS TRANSFER | ![]() |
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Dispersion of pollutants in built environment | WIND ENGINEERING & WIND ENERGY | ![]() |
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Dynamics of Gas-Liquid Interfaces and sloshing phenomenon | MULTIPHASE FLOWS | ![]() |
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Dynamics of particles, droplets and/or bubbles in dispersed two-phase flows | MULTIPHASE FLOWS | ![]() |
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Elliptic Blending turbulence modelling for wall bounded flows | TURBULENCE | ![]() |
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Experimental aeroacoustic assessment of the noise emitted by multicopter drones | DRONES | ![]() |
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Experimental analysis of linear and non-linear sloshing in cryogenic fluids with damping estimation. | LIQUID PROPULSION | ![]() |
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Experimental and numerical investigations of aero-vibro-acoustic coupling mechanisms in ground/air transportation and space launchers | AEROACOUSTICS | ![]() |
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Experimental characterization of a supersonic jet dispersion in a cross flow | GAS DISPERSION | ![]() |
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Experimental characterization of sloshing phenomena in cryogenic reservoirs | LIQUID PROPULSION | ![]() |
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Experimental flow characterization of low-global-warming-potential fluids in the evaporator header of heat exchangers | HEAT AND MASS TRANSFER | ![]() |
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Experimental Investigation of the flow field in the bath of a hot dip prototype using Image Velocimetry | DYNAMIC WETTING IN INDUSTRIAL PROCESSES | ![]() |
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Experimental or Numerical characterization of Slush hydrogen | MULTIPHASE FLOWS | ![]() |
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Fluid Dynamics of industrial processes | ![]() |
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Free and forced convective flows over and around obstacles | HEAT AND MASS TRANSFER | ![]() |
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Heat Transfer Phenomena in 3D-Printed Cooling Channels for Space Engines (N/T) | HEAT AND MASS TRANSFER | ![]() |
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Heat Ventilation and Air Conditioning | HEAT AND MASS TRANSFER | ![]() |
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Hybrid turbulence modelling with machine learning | TURBULENCE | ![]() |
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Influence of turbulence, AoA and and wind direction on 3D sonic anemometer installed on a drone. | DRONES | ![]() |
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Infrared thermometry and inverse method | INTRUSIVE AND NON-INTRUSIVE INSTRUMENTATION DEVELOPMENT | ![]() |
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Integration of Machine Learning tools in optical measurement techniques | INDUSTRIAL FLOWS | ![]() |
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Integration of Machine Learning tools in optical measurement techniques | INTRUSIVE AND NON-INTRUSIVE INSTRUMENTATION DEVELOPMENT | ![]() |
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interactive GUI for WRF based on Python. | WIND ENGINEERING & WIND ENERGY | ![]() |
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Investigation and Development of Efficient Optimization Methods for the Optimal Operation of Energy Conversion Systems | INDUSTRIAL FLOWS | ![]() |
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Investigation of coherent structures in turbulent flows | LARGE EDDY SIMULATION AND RELATED TECHNIQUES | ![]() |
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Low GWP refrigerants | HEAT AND MASS TRANSFER | ![]() |
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Machine learning applied to precipitation detection from Doppler LIDAR | INSTRUMENTATION AND INSTRUMENTATION DEVELOPMENT | ![]() |
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Machine Learning for System Identification in the Modeling of Fluid Flows | MACHINE LEARNING FOR FLUID DYNAMICS | ![]() |
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Machine Learning Methods for System Identification in Fluid Flows | INDUSTRIAL FLOWS | ![]() |
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Machine learning techniques for aeroacoustics | AEROACOUSTICS | ![]() |
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Measurement of turbulent heat flux in low Prandtl fluids | ![]() |
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Measurement of turbulent heat flux in low Prandtl fluids | HEAT AND MASS TRANSFER | ![]() |
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Modeling of Electromagnetic Actuators for Control of Metal Coatings | INDUSTRIAL FLOWS | ![]() |
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Modelling of oxide coating | HEAT AND MASS TRANSFER | ![]() |
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Modelling of Supersonic Ejectors using Machine Learning and 1D Gas Dynamics | SUPERSONIC EJECTORS | ![]() |
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Multiphase flows | MULTIPHASE FLOWS | ![]() |
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Nano-particle flow: sizing, filtration and passivation | MULTIPHASE FLOWS | ![]() |
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Noise generation by on-shore and urban wind turbines: modeling and experimental investigations | AEROACOUSTICS | ![]() |
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Noise produced by ducted singularities (valves, diaphragms, ...) | AEROACOUSTICS | ![]() |
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Numerical aeroacoustic assessment of the noise emitted by multicopter drones | DRONES | ![]() |
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Numerical Investigation of Two-Phase Flow Cavitation in Cryogenic Valves at transient and non-isothermal conditions | MULTIPHASE FLOWS | ![]() |
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Numerical simulation of multiphase flows in thermal applications | MULTIPHASE FLOWS | ![]() |
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Numerical simulation of turbulent flows in complex geometries | LARGE EDDY SIMULATION AND RELATED TECHNIQUES | ![]() |
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Particle diagnostics using laser techniques | INTRUSIVE AND NON-INTRUSIVE INSTRUMENTATION DEVELOPMENT | ![]() |
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Particle Image Velocimetry | INTRUSIVE AND NON-INTRUSIVE INSTRUMENTATION DEVELOPMENT | ![]() |
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Physics Constrained Super Resolution of PTV data using Radial Basis Functions and Ensemble Averaging | MACHINE LEARNING FOR FLUID DYNAMICS | ![]() |
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Quantum computing algorithms for fluid dynamics | NUMERICAL METHODS | ![]() |
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Reinforcement learning for wind turbine control in transient conditions | WIND ENGINEERING & WIND ENERGY | ![]() |
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Renewable energy: wind resource assessment for wind turbine siting | WIND ENGINEERING & WIND ENERGY | ![]() |
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Seismic Testing of structure | INTRUSIVE AND NON-INTRUSIVE INSTRUMENTATION DEVELOPMENT | ![]() |
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Simulation, measurement and control of low speed fan noise for cooling and ventilation systems | AEROACOUSTICS | ![]() |
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Simulation of oxygen transport in liquid metal flows | HEAT AND MASS TRANSFER | ![]() |
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Solid-liquid mixing in stirring tank | MULTIPHASE FLOWS | ![]() |
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Sprays and flashing phenomena | MULTIPHASE FLOWS | ![]() |
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The influence of heat transfer in micro-gravity sloshing flows | LIQUID PROPULSION | ![]() |
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Thermal subgrid scale mode for LES of high Re - low Pr flows | LARGE EDDY SIMULATION AND RELATED TECHNIQUES | ![]() |
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Thermodynamic Modeling and Data Assimilation of Cryogenic Liquid Storage Systems | MACHINE LEARNING FOR FLUID DYNAMICS | ![]() |
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Thermohydraulics of liquid metal reactors | HEAT AND MASS TRANSFER | ![]() |
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The role of capillarity on motion of liquid/gas interfaces in space systems | LIQUID PROPULSION | ![]() |
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Two-phase hammer phenomena | MULTIPHASE FLOWS | ![]() |
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Urban wind turbines | WIND ENGINEERING & WIND ENERGY | ![]() |
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Vehicle aerodynamics | AERODYNAMICS OF GROUND VEHICULES | ![]() |
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Weather Research & Forecasting | WIND ENGINEERING & WIND ENERGY | ![]() |
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wind- and buoyancy-based solutions for the natural cooling of individual housing | WIND ENGINEERING & WIND ENERGY | ![]() |
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Windblown sand modelling and mitigation adopting hybrid experimental-computational approach | WIND ENGINEERING & WIND ENERGY | ![]() |
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Wind effects on structures and people | WIND ENGINEERING & WIND ENERGY | ![]() |
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Wind-farm control and layout optimization | WIND ENGINEERING & WIND ENERGY | ![]() |
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Wind-farm parameterizations in meso- and microscale wind simulations with a hybrid multiscale wake model | WIND ENGINEERING & WIND ENERGY | ![]() |
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Wind turbine and wind farm wake modeling | WIND ENGINEERING & WIND ENERGY | ![]() |
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WRF ensemble weather forecasting of wind and precipitation for offshore engineering | WIND ENGINEERING & WIND ENERGY | ![]() |
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WRF-LES generalized actuator line model to predict turbulent inflow noise | WIND ENGINEERING & WIND ENERGY | ![]() |
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TURBOMACHINERY AND PROPULSION
Name | Category | Experimental | Numerical | Theoretical |
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3D Aerodynamic design of an axial compressor stage including lean, sweep and hub wall contouring | DESIGN & OPTIMIZATION | ![]() |
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Active control methods for high-speed flows | HIGH SPEED PROPULSION | ![]() |
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Analysis of Experimental data from high speed axial compressor – Hot Wire Measurements | COMPRESSOR AERODYNAMICS | ![]() |
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Cascade measurements of the aerodynamics of low-pressure turbines | TURBINE AERODYNAMICS | ![]() |
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Characterization of a fast-response gas temperature probe for turbine measurements | ADVANCED INSTRUMENTATION | ![]() |
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Characterization of a novel sensor for high-frequency heat transfer measurements in a turbine stage | ADVANCED INSTRUMENTATION | ![]() |
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Convective heat transfer and/or aerodynamic measurements in internal cooling channels | HEAT TRANSFER & COOLING | ![]() |
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Data reduction and analysis of turbine heat transfer experiments | HEAT TRANSFER & COOLING | ![]() |
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Development of a fast response static pressure probe | ADVANCED INSTRUMENTATION | ![]() |
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Development of a preliminary design software for axial turbines | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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Development of design and optimization methods for industrial compressors | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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Development of manufacturing techniques for thin-film heat flux sensors | ADVANCED INSTRUMENTATION | ![]() |
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Development of quantum computing algorithms for engineering applications | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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Effect of surface roughness on turbine blade performance at low RE number | TURBINE AERODYNAMICS | ![]() |
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Experimental and numerical characterization of fast-response aerodynamic probes for turbomachinery rigs | ADVANCED INSTRUMENTATION | ![]() |
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Experimental investigation of clocking effects in an axial compressor stage | COMPRESSOR AERODYNAMICS | ![]() |
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Experimental investigation of the stable/unstable operation of a state-of-art axial HP compressor | COMPRESSOR AERODYNAMICS | ![]() |
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Experimental study of the seal leakage flow in axial compressor stage | COMPRESSOR AERODYNAMICS | ![]() |
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Fluid-Structure interaction in Turbomachinery | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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High-speed propulsion engine component design (Ramjet/scramjet) | HIGH SPEED PROPULSION | ![]() |
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Innovation incubator for disruptive energy conversion and propulsion technologies | INNOVATION LAB | ![]() |
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Intake and nacelle design for next generation aeroengines | HIGH SPEED PROPULSION | ![]() |
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Laminar-turbulent transition phenomena in aircraft turbines | TURBULENCE AND TRANSITION | ![]() |
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LES and related techniques | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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Loss generation in advanced turbomachinery components | COMPRESSOR AERODYNAMICS | ![]() |
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Machine learning algorithm development | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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Measurement of turbulence parameters in turbomachinery flows | ADVANCED INSTRUMENTATION | ![]() |
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Measurements of the unsteady aerodynamics of a high-pressure turbine stage | TURBINE AERODYNAMICS | ![]() |
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Modeling and optimization of decarbonized energy systems for propulsion, power generation, and industrial processes | ADVANCED CYCLES | ![]() |
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Multi-objective optimisation of turbomachinery | NUMERICAL SIMULATION & OPTIMIZATION | ![]() |
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Multipoint optimisation of radial impellers and low solidity diffusers | DESIGN & OPTIMIZATION | ![]() |
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Non-intrusive measurement technique for internal cooling passages | ADVANCED INSTRUMENTATION | ![]() |
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Numerical simulations of a high-speed linear cascade with rig effects | TURBINE AERODYNAMICS | ![]() |
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Optical techniques for aerothermal measurements in a transonic rotating turbine rig | ADVANCED INSTRUMENTATION | ![]() |
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Optimisation of a micro gas turbine cycle (steady and transients) | ADVANCED CYCLES | ![]() |
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Porous media combustor design for micro-jet engines | HIGH SPEED PROPULSION | ![]() |
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Pulse detonation thruster design and analysis | HIGH SPEED PROPULSION | ![]() |
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Rotating detonation engine analysis and component design | HIGH SPEED PROPULSION | ![]() |
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Steady and unsteady pressure measurements in an axial compressor stage | COMPRESSOR AERODYNAMICS | ![]() |
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Thermodynamic modelling of advanced cycles | HIGH SPEED PROPULSION | ![]() |
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Tip timing and tip clearance measurements in an axial turbine stage | TURBINE AERODYNAMICS | ![]() |
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Turbomachinery design and optimization for detonation engines | HIGH SPEED PROPULSION | ![]() |
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Turbomachinery design methodologies for additive layer manufacturing | HIGH SPEED PROPULSION | ![]() |
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Turbulence modeling applications and refinement for compressor, turbine, and inter-duct and auxiliary systems flows | TURBULENCE AND TRANSITION | ![]() |
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Unsteady numerical simulations of the purge flow in a high-speed turbine | TURBINE AERODYNAMICS | ![]() |
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