Engineering
Fusion Power
100%
Neutronics
100%
Surrogate Model
70%
Computer Aided Design
52%
Electric Power Plant
47%
Simulation Code
35%
Finite Element Simulation
35%
Simulation Tool
35%
Learning System
35%
Temperature Distribution
35%
Physics Informed Neural Network
35%
Application Area
23%
Design Process
23%
Tasks
17%
Powerful Tool
17%
Pressure Vessel
17%
Heat Source
17%
Nuclear Fusion
17%
Partial Differential Equation
17%
Sample Point
17%
Thermal Loads
17%
Physical Phenomena
17%
Boundary Condition
17%
Neutronics Modeling
11%
Heating System
11%
Industry Standard
11%
Processing Step
11%
Generalized Method
11%
Flow Simulation
11%
Heat Flux
11%
Manual Process
11%
Software Application
11%
Fusion Energy
11%
Global Energy Demand
11%
Fusion Plasmas
11%
Coupled System
11%
Artificial Intelligence
11%
Design Space
11%
Good Accuracy
11%
Design Parameter
11%
Relative Error
11%
Fusion Reactor
11%
Lifecycle
11%
Candidate Design
8%
Model Geometry
5%
Streamlines
5%
Detailed Model
5%
Simulation Software
5%
Iterative Process
5%
Conversion Process
5%
Computer Science
Computer Aided Design
35%
Workflow Engine
35%
Simulation Tool
35%
Simulation Code
35%
Application Area
23%
Data Processing
23%
Processing Step
23%
Simulation Process
17%
Postprocessing Step
11%
High-Performance Computing
11%
Reproducibility
11%
Case Study
11%
Customisation
11%
Preprocessing
11%
Monte Carlo Simulation
11%
Manual Process
11%
Open Source
11%
Digital Twin
11%
Industry Standard
11%
Heating System
11%
Computational environment
11%
Geometric Characteristic
5%
Iterative Process
5%
Conversion Process
5%
Analysis Model
5%
Material Science
Thermal Analysis
70%
Conceptual Design
35%
Process Simulation
35%
Tritium
35%
Surrogate Modeling
35%
Lithium
35%
Digital Twin
35%
Thermal Loads
35%
Seawater
7%
Deuterium
7%
