Keyphrases
Internet of Things
65%
Droplet Evaporation
57%
Pulsating Heat pipe
44%
Construction Industry
41%
Urban Agriculture
38%
Droplet Heating
37%
Micro-explosion
37%
Cybernetics
32%
Cloud Computing
32%
Machine Learning
31%
Fuel Droplet
31%
University of Brighton
30%
Combustion
29%
Fully Lagrangian Approach
29%
Energy Consumption
28%
Electroencephalography
28%
Numerical Simulation
28%
Puffing
28%
Diesel Engine
27%
Remanufacturing
27%
Heat Transfer
27%
Brighton
27%
Loop Heat pipe
26%
Design Process
26%
Diesel Fuel
26%
Built Environment
25%
Environmental Impact
25%
Productive Urban Landscapes
24%
Numerical Investigation
22%
Design Research
22%
Internal Combustion Engine
21%
Biodiesel
21%
Working Fluid
21%
Thermal Performance
20%
Virtual Reality
20%
Drop Impact
20%
Machine Learning Algorithms
20%
Office Building
19%
Ultra-high Performance Fiber Reinforced Concrete (UHPFRC)
19%
Vibrating Barrier
19%
Nozzle
19%
Security Requirements
18%
Injector
18%
Flow Boiling
18%
Analytical Solution
18%
Droplet Size Distribution
18%
Popular
17%
Circular Economy
17%
Surface Temperature
17%
Atomization
17%
Wettability
17%
Ethics
17%
Modeling Approach
17%
OpenFOAM
17%
Heat Flux
17%
Teaching-learning
17%
Museum
16%
Faade
16%
Climate Change
16%
Water Droplet
16%
Neural Network
16%
China
16%
Ethanol
15%
Battery Thermal Management System
15%
Injection Pressure
15%
Engineering Industry
15%
Diesel
15%
Federated Learning
15%
Double Skin Façade
15%
Design Methodology
15%
Fog Computing
15%
Organic Rankine Cycle
15%
Adaptation
15%
Vacuum Insulation Panel
15%
Ambient Temperature
15%
Comparative Analysis
14%
Deep Learning
14%
CO2 Emissions
14%
Quality of Service
14%
Gasoline Fuel
14%
Euler Diagrams
14%
Smartphone
14%
Building Information Modeling
14%
Deep Learning Methods
14%
Urban Space
14%
System Design
14%
Biodiesel Fuel
14%
Excited States
14%
High Pressure
14%
Large Eddy Simulation
14%
Droplet Size
14%
Solid Surface
14%
Augmented Reality
14%
Weber number
14%
Surface Tension
14%
Architecture Engineering
14%
Big Data
13%
Architecture Construction
13%
User Experience
13%
Split Cycle
13%
Engineering
Energy Engineering
100%
Heat Pipes
84%
Engineering
48%
Diesel Engine
45%
Computational Fluid Dynamics
41%
Computer Simulation
40%
Biodiesel
40%
Experimental Result
35%
Atomisation
33%
Transients
32%
Lagrangian Approach
31%
Experimental Investigation
31%
Remanufacturing
30%
Diesel Fuel
29%
Ground Movement
28%
Finite Element Analysis
28%
Vortex
26%
Infrastructure
25%
Internal Combustion Engine
25%
Thermal Performance
24%
Heat Flux
24%
Droplet Size
22%
Limitations
22%
Fiber-Reinforced Concrete
21%
Injection Pressure
21%
Lifecycle
20%
Office Buildings
19%
Boundary Condition
19%
Retrofit
19%
Environmental Impact
19%
Internet-Of-Things
18%
High Performance Fiber
18%
Built Environment
18%
Hydrodynamics
18%
Joints (Structural Components)
17%
Virtual Reality
17%
Energy Performance
16%
Design Process
16%
Internals
16%
Automotives
16%
Road
16%
Microchannel
16%
Battery Thermal Management System
16%
Energy Simulation
16%
Reinforced Concrete
15%
Engine Cycle
15%
Porosity
15%
Simulation Result
15%
Fuel Injection
15%
Architectural Design
15%
Discrete Model
15%
Time History
15%
Exhaust Gas Recirculation
15%
Compressed Natural Gas
15%
Climatic Change
15%
Good Agreement
15%
Applicability
14%
Image Processing
14%
Flow Distribution
14%
Numerical Model
14%
Organic Rankine Cycle
14%
Two-Phase Flow
14%
Phase Composition
14%
Probability Density Function
14%
Soil Structure Interactions
14%
Nodes
14%
Climate Change
14%
Evaporator
14%
Research Project
13%
Liquid Film
13%
Electric Vehicle
13%
Building Information Modeling
13%
Energy Conservation
13%
Direct-Injection
13%
Parametric Study
13%
Dwelling
13%
Similarities
13%
Filtration
12%
Lateral Loads
12%
Gas Temperature
12%
Metrics
12%
Ignition
12%
Component Model
12%
Bubble Growth
12%
Hydrophobic
12%
Building Industry
12%
Learning System
12%
Mass Transfer
12%
Greenhouse Gas
12%
Artificial Intelligence
12%
Retro-Fitting
11%
Dispersed Phase
11%
Discrete Component
11%
Single Cylinder
11%
Number Density
11%
Feature Extraction
11%
Mathematical Model
11%
Model Prediction
11%
Thermodynamic Efficiency
10%
End-Users
10%