TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
A | |
Absorption | |
acoustic enhancement | |
Activated carbon | |
additive manufacturig | |
Additive manufacturing | |
adsorption | |
adsorption cooling | |
Adsorption Heat Transformation | |
aerospike rocket engine | |
Agglomeration | |
air ingress | |
Air preheater | |
aluminium de-coating | |
aluminium scrap | |
Ammonia | |
Analytical model | |
analytical techniques | |
Analytical Wall Function | |
Anti-icing surfaces | |
Artificial cavity | |
Artificial Neural Networks | |
Aspect ratio | |
B | |
Barium Bromide | |
Barium Chloride | |
Batteries | |
Battery safety | |
Battery technologies | |
Battery Thermal Management | |
Binary mixture | |
Binary mixtures | |
Boiling | |
Boundary condition | |
Breeding Blanket | |
Brine concentration | |
bubble dynamics | |
Bubble growth mechanism | |
building materials | |
Buoyancy influenced flow | |
C | |
Calcium Hydroxide | |
Calcium Oxide | |
Calcium phosphate scaling | |
Carbonized Palm Fiber | |
CFD | |
CFD modelling | |
chalcogenide | |
closed loop system | |
co-axial heat exchanger | |
CO2 capture | |
Coarse-grid | |
Cold plate | |
COLLOIDAL DROPLET FREEZING | |
Combustion | |
COMPOSITE ADSORBENT | |
composite casing | |
Computational Fluid Dynamics | |
computer simulation | |
Condensation | |
conical substrate | |
conjugate heat | |
conjugate heat transfer | |
CONTAINERLESS SOLIDIFICATION | |
Convective flow | |
copper | |
core heat transfer | |
Correlations | |
Counterflow heat exchanger | |
coupled heat and mass transport | |
Covalent organic frameworks (COFs) | |
D | |
Data-analytics | |
Decarbonisation | |
decarbonization | |
decarbonization of drying technology | |
DEGs | |
depressurized-loss of forced convection | |
desalination | |
design in AM | |
Desorption process | |
Detector | |
devices | |
Dielectric | |
dielectric heating | |
Direct contact | |
Direct numerical simulation | |
Direct Thermal Management | |
Discrete element modelling | |
DNS | |
Domestic heating | |
DPM | |
Drop impact | |
Droplet | |
Droplet evaporation | |
drops | |
Dropwise Condensation | |
Drying | |
drywall | |
Dynamic simulation | |
Dynamics Analysis | |
E | |
eigenvalue problem | |
Electric motors | |
Electric Vehicle | |
Electric Vehicles | |
electrification | |
Electronics cooling | |
Encapsulated Phase Change Material | |
Endwindings | |
Energy consumption | |
energy savings | |
Energy Storage | |
Energy System Modelling | |
Enhanced Geothermal Systems | |
Eulerian-Eulerian model | |
Europe | |
EV | |
Evaporation | |
Evaporation and Condensation | |
Evaporator | |
Experimental Study | |
Experimental Validation | |
EXTENDED TEMPERATURE RANGE | |
F | |
falling film | |
FASTT | |
Faul detection and diagnosis | |
Feed-forward Neural Networks | |
FENE-P model | |
FILM HOLE | |
finite element method | |
Fins | |
Fired heater | |
Flexible heat pipes | |
flexible substrate | |
Floating photovoltaic | |
Flow accelerated corrosion | |
Flow Boiling | |
flow channels | |
Flow patterns | |
food storage | |
For | |
forced convection | |
Frost conditions | |
Fuel Efficiency | |
fusion | |
G | |
Gas-liquid flow | |
general pressure equation | |
Generation IV nuclear reactors | |
Geothermal energy | |
GITT | |
glide matching | |
Granular flow | |
Graphene nanoplatelet | |
H | |
hairpin end winding | |
heat and mass transfer | |
heat conduction | |
heat conductivity | |
Heat exchanger | |
Heat exchanger modeling | |
Heat Exchanger Modelling | |
heat loads | |
Heat pipe | |
Heat pump | |
Heat pumps | |
Heat sink | |
heat storage | |
Heat Transfer | |
heat transfer coefficient | |
Heat transfer enhancement | |
Heat/Mass transfer analogy | |
Heatsink | |
heterogeneous condensation | |
HFE-7000 Dielectric Coolant | |
High cycle thermal fatigue | |
HIGH FLUX | |
High flux cooling | |
high gas volume fractions | |
High pressure | |
high Rayleigh number | |
High Temperature Gas-cooled Reactor | |
high temperature heat pump | |
high thermal conductivity | |
High volatile fluid | |
high-temperature gas-cooled reactor | |
Hot thermal transients | |
Hybrid methods | |
Hybrid RANS-LES | |
Hydrogen | |
Hydrogen storage | |
Hydrothermal waves | |
I | |
Ice nucleation | |
ICE TEMPLATING | |
Immersed Boundary Method | |
Immersion Cooling | |
In-tube enhancement | |
inclination angle | |
inconel 718 | |
Industrial gas turbine | |
industrial process heat | |
integral transforms | |
Integral-fin tube | |
interface capturing | |
Interfacial Solar Steam Generation (ISSG) | |
Internal finned reactor | |
inverse heat conduction problem | |
Inverse problems | |
Irradiation | |
J | |
jet impingement | |
Journal Bearing | |
Jute stick | |
L | |
Laminar flow | |
Laplace equation | |
laser technologies | |
Latent heat | |
Lead fast reactor | |
lead solidification | |
lead-cooled fast reactor | |
Leidenfrost phenomenon | |
LES | |
Li-ion batteries | |
Li-ion battery | |
life cycle assessment | |
Light Multireflection | |
Linear Optimisation | |
liquid metal | |
liquid metal heat transfer | |
Liquid Stefan Number | |
Lithium Ion Battery | |
Lithium-Ion Battery | |
Lo hysteresis surfaces | |
Local hotspot | |
Loop Heat Pipe | |
low contact pressure | |
low Prandtl number | |
lower plenum | |
LPBF | |
M | |
Machine Learning | |
Magnetohydrodynamics | |
Marangoni flow | |
mechanical properties | |
Metal foam | |
Metal hydride | |
metallic foam | |
Micro pin fin | |
Micro-pin fins | |
Micro-PIV | |
micro-tubes | |
microelectronics | |
Microlayer dynamics | |
Microscale heat transport | |
Microwave | |
Mid-infrared | |
Mini/micro channel | |
Mixed convection | |
Modelica | |
Moving packed bed | |
multi-GPU | |
Multi-objective optimization | |
Multiphase | |
Multiphase flow | |
Multiphase heat transfer | |
multiphase pump | |
Multiple Impingement Jets | |
Multiscale | |
N | |
Nanofluid | |
Nanofluids | |
Nanosuspension | |
Natural Circulation | |
Natural convection | |
Natural convection cavity | |
natural convection loops | |
Near wall turbulence analysis | |
neutrons | |
Nitrogen Oxides | |
Non Dimensional | |
non-uniform heat flux | |
Nuclear engineering | |
Nuclear Fusion | |
Nuclear thermal hydraulics | |
Nucleate boiling | |
nucleate pool boiling | |
Numerical Model | |
numerical modelling | |
numerical simulation | |
O | |
OHP | |
oil cooling | |
Oil spray cooling | |
One-dimensional dynamic model | |
OpenFOAM Simulation Model | |
Optical fibre sensors | |
Organic Rankine Cycle | |
Oscillating Heat Pipe | |
Oscillatory flow | |
Overall heat transfer coefficient | |
P | |
packed bed | |
Parametric analysis | |
Parametric Study | |
Partial immersion cooling | |
Partially Premixed Flame | |
Particles | |
passive cooling | |
Passive cooling loop | |
Passive Heat Removal Facility (PHRF) | |
Passive scalar transport | |
PBF-LB/M | |
PCM | |
PCM heat exchanger | |
PCMs | |
petroleum reservoir | |
Phase change | |
Phase change material | |
Phase Change Material (PCM) | |
Phase change materials | |
Photothermal | |
photovoltaic | |
PHP | |
Physics-Informed Neural Networks | |
Pin-fin tube | |
PIV | |
plasma | |
polymer added fluid | |
Polymer composite | |
Polymer materials | |
polymer substrate | |
Polymeric heat pipe | |
pool boiling | |
porous media | |
Positron emission particle tracking | |
Pouch cell Li-ion battery | |
Power plant condenser | |
Pressure | |
Pressure drop | |
Pressurized CO2 activation | |
process fluid injection | |
progressive spindle pitch | |
Pulsating Heat Pipe | |
Pulsating heat pipes | |
Pumped thermal energy storage | |
PV cooling | |
Q | |
Quicklime | |
R | |
R1336mzz(Z) | |
Radiation Heat Recovery | |
radio-frequency | |
Refrigeration Systems | |
Renewable energy | |
Residential buildings | |
Robust optimization | |
Roll bond technology | |
Rotation | |
S | |
Screen wick | |
Sector-Coupling | |
Sensible | |
sensor | |
Separated flow | |
shape factors | |
Silicone oil grafting | |
Simulation | |
simultaneous optimization | |
single droplet drying | |
Single phase | |
Single phase heat transfer | |
Single-bubble growth | |
Single-phase | |
Sinter wick | |
Sinusoidal Microfins | |
SLM | |
SMR | |
Soil | |
solar drying | |
Solar energy | |
Solar filter | |
Solar still | |
Solar thermal energy | |
Solid Stefan Number | |
Sorption | |
Sorption Bed | |
space | |
square duct | |
steam flow | |
Stirred tank reactor | |
subcooled flow boiling | |
superhydrophobic | |
Surface tension gradient | |
System thermal-hydraulics codes | |
T | |
Taylor flow | |
TEHL | |
Temperature | |
TES | |
Thermal conductivity | |
thermal contact conductance | |
thermal contact resistance | |
Thermal control | |
Thermal desalination | |
thermal design | |
thermal diffusivity | |
Thermal energy storage | |
Thermal hydraulic performance | |
thermal hydraulics | |
Thermal imaging | |
Thermal management | |
Thermal metamaterials | |
Thermal performance | |
Thermal storage | |
thermal stratification | |
Thermocapillary | |
thermoelectric | |
Thermography | |
TRANSIENT F.E. MODELLING | |
TRANSIENT LIQUID CRYSTALS | |
Tube Bundle | |
Tubular heat exchangers | |
tungsten | |
turbine blade | |
turbine cascade | |
Turbulence | |
Turbulent Combustion | |
Turbulent thermal mixing in T-junction pipe | |
two stage heat pump | |
Two-phase | |
Two-phase flows | |
U | |
Unsteady RANS | |
URANS | |
UV-C | |
V | |
vacuum filtration | |
vacuum-insulated central pipe | |
Vapour | |
Variable density design | |
Versatile Lead Loop Facility (VLF) | |
Vertical pipe | |
Vertical Plate | |
Vibration | |
Viscosity | |
Visualization | |
VOF-Ansys | |
Void fraction | |
W | |
Wall-Resolved Large-Eddy Simulation | |
Waste biomass | |
Water | |
Water fouling | |
Water vapor flux | |
wire coil inserts | |
Z | |
Zero-gravity |