Engineering
Computer Aided Design
100%
Graphics Processing Unit
75%
Reactor Core
67%
Nuclear Reactor
62%
Neutronics Modeling
50%
Degree of Freedom
50%
Computational Fluid Dynamics
50%
Advanced Nuclear Reactor
50%
Nodes
50%
Element Discretisation
50%
Department of Energy
50%
Statistical Error
50%
Turbulent Flow
50%
Convergent
50%
Fluid Flow
50%
Fluid Simulation
50%
Eigenvalue
37%
Model Geometry
37%
Fuel Element
37%
Reactor Design
31%
High Resolution
31%
Doppler Broadening
31%
Cross Section
31%
Singular Value Decomposition
25%
Fusion Reactor
25%
Domain Decomposition
25%
Sampling Technique
25%
Power Distribution
25%
Individual Component
25%
Additive Manufacturing Process
25%
Rod
25%
Fits and Tolerances
25%
Full Scale
25%
Elastic Scattering
25%
Discretization
25%
Section Treatment
25%
Memory Requirement
23%
Computer-Aided Design Model
18%
Energy Systems
12%
Photon Energy
12%
Computational Cost
12%
Discrete Method
12%
Analysis Problem
12%
Structured Mesh
12%
Computational Time
12%
Fusion Power System
12%
Fusion Energy
12%
Broadening
12%
Result Code
12%
Dependent Behavior
12%
Computer Science
Monte Carlo Code
100%
Graphics Processing Unit
75%
Open Source Code
50%
Preconditioner
50%
High-Performance Computing
50%
Exascale Computing
50%
Computing Platform
50%
Department of Energy
50%
Element Discretisation
50%
Communication Strategies
50%
Variance Reduction
37%
Domain Decomposition
25%
Sampling Technique
25%
Uniform Sampling
25%
Benchmark Problem
25%
Relative Error
25%
Elastic Scattering
25%
Discretization
25%
Problem Analysis
12%
Discrete Probability
12%
Structured Mesh
12%
Computational Cost
12%
Sampling Approach
12%
Unstructured Mesh
12%
Discrete Method
12%
Supercomputer
11%
Parallel Efficiency
10%
Spatial Domain
10%
Thread Divergence
6%
Single Instruction
6%
Multiple Thread
6%
Infinite Medium
6%
Simulation Code
6%
Heterogeneous Architecture
6%
Power Efficiency
6%
Intensive Application
6%
Memory Requirement
5%
Multiple Criterion
5%
Load Balancing Problem
5%
Earth and Planetary Sciences
Radiation Transport
75%
Nuclear Reactor
62%
Adjoints
50%
Radioactive Isotope
28%
Turbulent Flow
25%
State of the Art
25%
Fluid Dynamics
25%
Fluid Flow
25%
United States of America
25%
Reactor Core
25%
Degree of Freedom
25%
Electromagnetism
25%
Urban Facility
12%
Flux (Rate)
12%
Temperature Profile
12%
Multipole
12%
Calculation Method
12%
Neutron Source
10%
Sampling
7%
Supercomputer
6%
Power Efficiency
6%
Magnetism
6%
