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information may be obtained at: https://www.dges.gov.pt/pt/pagina/reconhecimento?plid=374 Work plan and objectives: The work plan focuses on the study of the aerodynamic and structural behavior of aerospace
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mechanical engineering specifically fluid dynamics and in aerospace engineering flight aerodynamics, stability, and propulsion are of strong interest. Responsibilities include preparation of lecturers, course
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space propulsion, modeling, aerodynamics, laser diagnostics/sensors, extreme environment materials, and additive/advanced manufacturing with Government and Industry funding. The center is a hub for world
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with Space Forge on the IAA–EPSRC funded Next-Generation Modelling of Aerodynamic Loads in Very Low Earth Orbits to Improve Reusable Space Vehicle Design project. The central aim of the project is to
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engineering, and aerospace engineering. In mechanical engineering specifically fluid dynamics and in aerospace engineering flight aerodynamics, stability, and propulsion are of strong interest. Responsibilities
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experiments for a variety of laboratory courses including but not limited to structures, controls, and aerodynamics Test experiments to ensure operating properly Train teaching assistants on proper operation of
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uncertainties arising from the mechanical and aerodynamic properties of turbine blades, including variances in material behaviour under extreme load conditions, manufacturing tolerances, and stochastic
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efforts in the aerodynamic and structural design of advanced turbine blades, including fatigue and aeroelastic performance under variable operating conditions. To review specific key selection criteria and
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engineering and transport, mechanics, or a related field. Publications in peer-reviewed scientific journals (as first-author) related to turbulent flow metrology, aerodynamics, or combustion. Ability
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components, particularly next-generation blades featuring adaptive meta-materials. The UQ model will address the intrinsic uncertainties arising from the mechanical and aerodynamic properties of turbine blades