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We have 13 Fluid Mechanics PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships in Newcastle
Fluid Mechanics PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships in Newcastle
We have 13 Fluid Mechanics PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships in Newcastle
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Phenomenological Modelling of Nature-Inspired Energy Extraction
Natural mechanical power from steady water flows in oceans and rivers can provide an alternative and abundant source of cheap and clean energy, in addition to the renewable energy from winds, waves and sun. Read more
Computational simulation of the wear process of orthopaedic joints
Orthopaedic joints such as hips and knees are now a relatively common operation. However, they are essentially plain bearings and so are subject to wear and friction. Read more
Investigation of convective and conjugate heat transfer for different jet configurations using Direct Numerical Simulations
In this project, we propose to conduct Direct Numerical Simulation (DNS) of hot jets in turbulent flows, including channel cross flow at different friction Reynolds numbers and impinging jets, using different thermal wall boundary conditions along with conjugate heat transfer (CHT) wall boundary condition. Read more
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Functionalising Fibres for Energy Recovery Applications (RENU23-R/EE/MPEE/DODD)
The EPSRC Centre for Doctoral Training (CDT) in Renewable Energy Northeast Universities (ReNU)is a collaborative doctoral training programme run by the Universities of Northumbria, Newcastle and Durham. Read more
Bloodstain pattern analysis: How do environmental conditions and recipient surfaces effect the distribution of bloodstains observed following impact events? (ref: SF22/HLS/APP/GRAHAM)
Bloodstain pattern analysis (BPA) is a well-established method used to assist forensic scientists and investigating officers to understand what events may have occurred at a crime scene, where blood has been shed. Read more
Heat transfer performance of nanocomposite energy material in the presence of thermal radiation.
The British Net Zero Strategy published in 2021 states that 'By 2035, the UK will be powered entirely by clean energy.' The 2050 ambition of the UK government's British Energy Security Strategy published in April 2022 is as follows. Read more
Numerical investigation of conjugate heat transfer during interaction of high-Hydrogen content flames with cooled walls using Direct Numerical Simulations
Wall-bounded turbulent flows have been studied extensively under isothermal conditions and principally from the point of view of drag reduction. Read more
Innovative direct air capture and utilisation system for the production of renewable fuel
Direct air capture (DAC), which involves atmospheric CO2 removal, must be implemented alongside other decarbonisation technologies to achieve global climate change mitigation objectives. Read more
Risk and Consequence Analysis of CO2 Transportation
Carbon Capture Storage & Utilisation (CCUS) is one way of preventing CO2 emissions from anthropogenic industrial activities reaching the atmosphere and contributing to climate change. Read more
Project CHLOE: Sustainable energy reduction through innovative aerodynamic flow control in the Cloud
Nominally 50% of the total energy consumption of a commercial aircraft or high-speed train is due to the turbulence flowing over every surface of the moving vehicle. Read more
Thermodiffusively-unstable lean premixed hydrogen flames
Hydrogen is emerging as a viable carbon-free alternative to conventional hydrocarbons for power generation, heating and propulsion, and can provide long-term storage of renewable energy to address seasonal variation. Read more
FunPrint: Recipes for Functional 3D Printable resins for heat transfer
Many applications require cooling to function correctly. Read more
Miniaturized fluidized bed bioreactor for bioprocessing
The technology of fluidized beds (FB) allows for the effective contact within multiple phases, thus having been widely applied in varieties of industrial process. Read more
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