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University of Nottingham
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Fluids-and-Thermal-Engineering
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Fluids and Thermal Engineering Research Group
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Aero- and fluid dynamics
wing fluids
computational fluid dynamics
aerofoil aerodynamics
drag reduction and flow control
flow separation control
turbulent boundary layer structures
experimental fluid dynamics
droplet formation in steam turbines
microfluidic droplet generation
turbine cooling, highly flexible structures
aeroacustics of synthetic jet actuators
Heat transfer
phase change cooling
microchannel boiling and condensation
high efficient heat pipes
nanofluids heat transfer
nature inspired technologies
heat and flow management
numerical and experimental heat transfer
Thermo acoustic engines
Heat and mass transfer
Buildings
built environment
energy consumption
structural optimization
building component interfaces
material composite function
material connectivity
multi-layering
HVAC in the built environment
building energy performance modelling
building energy simulation
Two-phase flow
gas-liquid
liquid-liquid
interfacial dynamics
two and three phase flow measurement
multiphase flow
fluid flow
liquid atomisation
Computational Fluid Dynamics (CFD)
a static element to a dynamic element
microchannel boiling and condensation
Mechanics
propulsion
turbine
Powertrain thermal management
Automotive energy
optimum solutions of wind turbines
wind engineering
wind turbines
optimal layout and management of wind farm
internal combustion engines
real world environmental engineering
modelling of the emission, dispersion and mitigation of fugitive dust
gaseous and liquid low carbon fuels
Automotive Vehicle Design
fuel economy & emissions
data science
vehicle system integration studies
noise reduction
electric car batteries
power electronics
data centres
reducing environmental impact
jet impingement
low carbon vehicle thermal management
Battery thermal management
Natural engineering
crystal morphology
shallow water lakes and volcanic eruptions
environmental fluid flow phenomena
water migration
solar energy
Heating, ventilation, and air conditioning (HVAC)
thermal management
refrigeration
nanoparticles in the working fluids
improve evaporative and desiccant cooling
improving thermal comfort for the built environments
thermal storage systems
energy and transport systems
absorption refrigeration
air-conditioning technologies
cooling tri-generation system
heat powered refrigeration systems
vehicles air-conditioning
Fluids and Thermal Engineering Research Group
Faculty of Engineering
The University of Nottingham
Nottingham, NG7 2RD
email:
flute@nottingham.ac.uk