School of Computing, Engineering & Maths

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Engineering & Materials Science

Heat pipes
Engines
Engine cylinders
Evaporation
Boiling liquids
Biodiesel
Recommender systems
Diesel engines
Heating
Fluids
Diesel fuels
Collaborative filtering
Heat transfer
Requirements engineering
Liquids
Water
Tensors
Temperature
Microgravity
Internal combustion engines
Gasoline
Atomization
Compressed natural gas
Direct injection
Evaporators
Experiments
Explosions
Gravitation
Industry
Computational fluid dynamics
Vapors
Ignition
Wetting
Visualization
Nozzles
Costs
Fuel injection
Heat transfer coefficients
Code division multiple access
Air
Military vehicles
Flow patterns
Cloud computing
Emulsions
Numerical models
Asynchronous transfer mode
Large eddy simulation
Risk assessment
Seed
Automatic teller machines
Thermosyphons
Cavitation
Museums
Hot Temperature
Liquid films
Heat sinks
Decision making
Risk management
Information systems
Process planning
Heat flux
Turbulence
Supply chains
Brakes
Refrigerants
Geometry
Rankine cycle
Bubbles (in fluids)
Systems analysis
Milling (machining)
Feedforward neural networks
Natural gas
Fading channels
Hydrodynamics
Gas mixtures
Pistons
Particle swarm optimization (PSO)
Imaging techniques
Computer simulation
Lead screws
Microchannels
Heat exchangers
Demonstrations
Logistics
Ontology
Multiple access interference
Augmented reality
Two phase flow
Machining
Vortex flow
Automotive fuels
Monitoring
Aircraft
Space applications
Surface roughness
Gases
Fins (heat exchange)
Sounding rockets
Carbon dioxide
Ethanol

Physics & Astronomy

General

heat pipes
bubbles
wettability
sprayers
diesel fuels
nuclei
fluids
vortex rings
simulation
generators
predictions
methodology
gasoline
decay
vortices
risk assessment
condensation
mesh
detachment
liquid phases
two phase flow
closures
injection
mass transfer
temperature measurement
parabolic flight
grids
formulations
working fluids
louvers
annuli
continuum modeling
large eddy simulation
collisions
ribbons
kinetics
cooling
film thickness
entrances
thermal simulation
strokes
bluff bodies
wicks
flight conditions
image analysis
binary fluids

Chemistry and Materials

liquids
vapors
water
solid surfaces
gases
interfacial tension
microgravity
isotopes
surface temperature
molecules

Engineering

evaporation
boiling
pistons
diesel engines
heating
engines
atomizing
life (durability)
time measurement
evaporators
nucleation
excitation
nucleate boiling
heat sinks
hydrodynamics
half life
magnetic properties
ignition
internal combustion engines

Physics

heat transfer
temperature
rainbows
neutrons
evaporation rate
flow distribution
flat plates
temperature distribution
heat flux
impact velocity
roughness
inertia
protons
refractivity
shock waves
high speed
gas temperature
low speed
temperature gradients

Mathematical and Computer Sciences

meshfree methods
vorticity

Aerospace Sciences

gravitation
gravitational waves
spectroscopy

Aeronautics

cavitation flow

Chemical Compounds

Boiling liquids
Liquids
Atomization
Water
Wetting
Bubbles (in fluids)
Heat pipes
Diesel engines
Numerical models
Compressed natural gas
Heat transfer
Diesel fuels
Surface roughness
Temperature
Direct injection
Vapors
Engine cylinders
Biofuels
Pistons
Carbon Dioxide
Heat exchangers
Natural gas
Gasoline
Engines
Fluids
Microchannels
Image analysis
Risk assessment
Carbon Monoxide
Contact angle
Permanent magnets
Film thickness
Cavitation
Seed
Viscosity of liquids
Experiments
Soot
Photography
Nucleation
Lead screws
Gases
Antioxidants
Fossil fuels
Glycerol
Computational fluid dynamics
Liquid films
Heat sinks
Acrylonitrile
Combustion chambers
Brakes
Glass
Analytical models
Temperature distribution
Heat flux
Automotive fuels
Ignition
Substrates
Heat transfer coefficients
Large eddy simulation
Geometry
Stators
Electrochemical sensors
Flax
Agricultural wastes
Integrated control
Printing
Gas engines
Carbon Nanotubes
Methylcellulose
Thermal fatigue
Styrene
Die casting
Fins (heat exchange)
Plant Oils
Epoxidation
Surface tension
Milling (machining)
Jet fuel
Wire
Tool steel
Hydrogel