Engineering & Materials Science
Solidification
100%
Deep learning
98%
Physics
84%
Supercomputers
70%
Scalability
56%
Finite element method
54%
Neural networks
52%
Continuous casting
49%
Steel
45%
Factorization
38%
Geopolymers
38%
Bone
37%
Plasticity
36%
Temperature
34%
Linear equations
34%
Plastics
33%
Water
28%
Constitutive equations
26%
Partial differential equations
25%
Liquids
25%
Metals
24%
Mechanics
24%
Geometry
23%
Composite materials
22%
Latent heat
22%
Subroutines
21%
Hot Temperature
20%
Turbulent flow
20%
Program processors
20%
Linear systems
19%
Textiles
19%
Austenite
18%
Ferrite
18%
Jet engines
18%
Thermal stress
17%
Graphics processing unit
17%
Iterative methods
16%
Deep neural networks
16%
Boundary conditions
15%
Piezoelectric devices
14%
Flow of fluids
14%
Elastoplasticity
14%
Wire
14%
Constitutive models
14%
Mathematics
Neural Networks
55%
Solidification
54%
Continuous Casting
43%
Multiphysics
41%
Topology Optimization
40%
High Performance Computing
39%
Learning
36%
Finite Element Model
34%
Steel
33%
Physics
32%
Neural Network Model
26%
Matrix Factorization
24%
Bone
24%
Simulation
23%
Surrogate
23%
Model
22%
Finite Element Method
20%
Shell
20%
Supercomputer
18%
Hyperelasticity
17%
Design
16%
Constitutive Equation
16%
Plastic Deformation
16%
Constitutive Law
16%
Parallel Implementation
15%
Liquid
15%
Thermal Stress
14%
Turbomachinery
14%
Framework
13%
Architecture
13%
Mesh
13%
Direct numerical Simulation
13%
Turbulence Model
13%
Mechanical Behavior
13%
Uncertainty Quantification
12%
Blade
12%
Physics & Astronomy
solidification
52%
simulation
31%
steels
29%
finite element method
25%
learning
23%
textiles
21%
latent heat
20%
plastics
20%
plastic properties
19%
bones
18%
partial differential equations
18%
mesh
18%
performance
18%
blanks
18%
composite materials
18%
structural engineering
15%
subroutines
14%
scaling
13%
microstructure
12%
geometry
12%
fluid flow
12%
lamella
12%
energy methods
12%
thermal stresses
12%
constitutive equations
12%
conductive heat transfer
11%
stagnation point
11%
turbulent flow
11%
grids
11%
metals
11%
viscoelasticity
10%
supercomputers
10%
heat sources
10%
funnels
10%
liquids
10%
factorization
10%
homogenizing
10%
wakes
9%
torsion
9%
temperature
9%
evaluation
9%
linear equations
9%
fractals
8%
microbalances
8%
nanocomposites
8%
Reynolds number
8%
manufacturing
8%
continuums
7%
computational electromagnetics
7%
heat transfer
7%