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Brunel University London Aeronautical, Maritime and Transport Engineering PhD Projects, Programs & Scholarships
We have 25 Brunel University London Aeronautical, Maritime and Transport Engineering PhD Projects, Programs & Scholarships
We have 25 Brunel University London Aeronautical, Maritime and Transport Engineering PhD Projects, Programs & Scholarships
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A sustainability analysis of sea ports
Port expansion is often cited as a key enabler for commercial activity and national or regional economic prosperity, whether in developed or developing nations. Read more
The sustainability of hydrogen production for future energy uses
Hydrogen is being promoted as a potentially low-carbon fuel for use in both transport and electricity generation. Read more
Development of decision support tools for adaptation of critical coastal industrial infrastructure to rising sea levels
This exciting research project is focused on the UK’s many coastal industrial assets which may come under significant threat in the next 50 to 100 years and beyond due to rising sea levels. Read more
PhD opportunities at Brunel Design School
In a fast-changing world of Design, do your research with experts at the top of their game at. Brunel Design School. , Brunel University London - one of the best in the world to research and study design (2021 QS World University Rankings by Subject). Read more
Experimental Investigation of Combustion and Emission Performance of Advanced Synthetics Biofuels in Diesel Engines
The blending of synthetic, fossil, aromatics, and oxygenates leads to different H/C/O ratio leading to different thermo-physical-chemical properties. Read more
Optical and Laser Diagnostics of Combustion and Sooting Characteristics of Drop-in-Fuels
The blending of synthetic, fossil, aromatics, and oxygenates leads to different H/C/O ratio leading to different thermo-physical-chemical properties. Read more
Autoignition and Turbulent Flame Structure of Jets under Cross Flow Conditions
The impact of thermos-physical-chemical property variations of drop-in-fuels on mixing, ignition and flame structure will be rigorously investigated under cross-flow conditions using various optical and laser diagnostics methods. Read more
Next Generation of Quiet and Aerodynamically Efficient Aerofoil
Applications are sought for a self-funded PhD student to undertake 36-month research into fan broadband noise reduction at Brunel University London. Read more
Noise reduction of Urban Air Mobility Vehicles using CFD
Urban air mobility vehicles (UAMVs) offer an opportunity to utilise airspace to vastly increase transport capacity and provide near door-to-door service. Read more
Application of non-linear boat-tail configurations to the drag reduction of commercial road vehicles
The optimisation of the aerodynamic drag of road vehicles is a very important research area both economically and ecologically. Within the UK, these vehicles continue to be the largest contributor within the transport sector to greenhouse gas emissions, constituting 28% of all emissions in 2018. Read more
Resource availability for future vehicles
The wholesale change from combustion to electric powertrains for passenger and light goods vehicles presents a number of challenges. Read more
The thermodynamic limits to IC engine efficiency
The internal combustion engine (ICE) has been the dominant technology used in road transport for almost a century. Despite the increasing use of all-electric powertrains, the ICE will be used widely across the world for a variety of motive power applications for decades to come. Read more
A sustainability analysis of airports
Airport expansion is often cited as a key enabler for commercial activity and national or regional economic prosperity, whether in the developed or developing nations. Read more
Automating CFD using knowledge-based systems
Typical steady CFD is performed using the Reynolds-Averaged Navier-Stokes equations, however accuracy of the flowfield is strongly dependent on the turbulence model used and can be case dependent. Read more
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