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We have 8 Aerospace Engineering PhD Research Projects for Self-funded Students in Edinburgh

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Engineering

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Edinburgh  United Kingdom

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PhD Research Projects

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I am a self funded student


Aerospace Engineering PhD Research Projects for Self-funded Students in Edinburgh

We have 8 Aerospace Engineering PhD Research Projects for Self-funded Students in Edinburgh

Computational Fluid-Structure Interaction with Turbulent and Multiphase flows

Fluid-structure interaction (FSI) problems involving turbulent and multiphase flows and flexible structures find numerous applications in Science and Engineering, e.g., aeroelasticity of aircraft wings and wind turbine blades, wave-structure interactions of offshore structures, flexible wave energy converters, floating solar farms, and flight of birds and insects. Read more

Novel preforms for Automated Fibre Placement

Automated Fiber Placement (AFP) is an emerging technique to manufacture advanced composites for the aerospace industry. One of its main advantages is the possibility to define complex fiber paths to optimize the stiffness for a given loading scenario. Read more

Advanced Computational Methodologies for Smart Multifunctional Composites

Smart multifunctional composites (MFCs) such as electroactive polymers, magnetoactive polymers, hydrogels, photosensitive polymers, liquid-crystal elastomers etc., are increasingly being used for various applications in soft robotics, precision drug delivery, tactile sensors and shape morphing. Read more

Modelling gas-microdroplet interaction and dispersion for decontamination applications

Are you interested in pursuing a PhD in Computational Fluid Dynamics (CFD) at the University of Edinburgh? We are currently looking to recruit a talented, hardworking, and passionate PhD student to study the interactive and dispersive behaviour of different sterilant formulations during the decontamination of materials with complex geometries and the disinfection of indoor spaces. Read more

Multi-physics investigation of spray in a crossflow

Understanding the dynamics of particles (solid and liquid) in a crossflow is essential for many scientific investigations and engineering applications. Read more

4D printed composite morphing structures

4D printed actuators transform energy into mechanical motion in response to specific stimuli. They are employed to conduct a range of unique tasks such as self-assembling, and conceive compact systems with a low manufacturing and maintenance costs. Read more
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