Advanced mineralogy: minerals as materialsSpectroscopic methods of analysisSpectroscopy techniquesDesign of lightweight structures I: composites & metalsDesigning materials with aerospace specific propertiesManufacturing of aerospace structures & materialsFatigue of structures & materialsPolymer scienceDesign & analysis of composite structures IDesign of self-healing materialsDesign & analysis of composite structures IICharacterization of materials and componentsExperimental methods for the study of materialsSelf-Healing Structural Battery Composites for Aerospace ApplicationsNumerical and Experimental Study of Propeller AeroelasticityTurbulence Simulation for Shock Wave / Boundary-Layer InteractionsAstronomyFracture Mechanics of Spinodoid MetamaterialsNon-destructive Material Characterisation of Aerospace Composite Materials Using Ultrasonic Guided WavesPosition Frontal Polymerization for Rapid and Energy-efficient Processing of CompositesSelf-learning for Agile Navigation of Evolved Drone BodiesAircraft Maintenance Planning and OptimisationMorphing Wind Turbine Blades for Turbulence AbsoptionFlight Control Law Design for a Flying Wing Aircraft ConceptLarge Eddy Simulations for Hydrogen Flames
knowledgeArea
hasCourse
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Materials Chemistry
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