Engineering & Materials Science
Tubes (components)
86%
Principal component analysis
79%
Heat exchangers
72%
Turbulence
55%
Mixed convection
54%
Solitons
49%
Boundary layer flow
44%
Heat transfer
40%
Large eddy simulation
38%
Numerical models
35%
Chemical analysis
33%
Nusselt number
32%
Korteweg-de Vries equation
30%
Heat transfer coefficients
29%
Decomposition
25%
Perturbation techniques
22%
Contacts (fluid mechanics)
22%
Transesterification
22%
Reynolds number
22%
Derivatives
21%
Chlorine
21%
Neural networks
21%
Skin friction
20%
Nonlinear equations
18%
Ordinary differential equations
18%
Fluids
18%
Stretching
18%
Biodiesel
18%
Boundary conditions
17%
Hot Temperature
16%
Pressure drop
15%
Flow of fluids
15%
Numerical methods
15%
Diesel engines
15%
Vortex flow
15%
Numerical analysis
15%
Hydrodynamics
14%
Flow rate
14%
Dynamic models
14%
Laminar flow
13%
Statistics
13%
Temperature
11%
Brakes
11%
Set theory
10%
Computer simulation
10%
Tracers
10%
Vorticity
9%
Forced convection
9%
Physics & Astronomy
principal components analysis
100%
scalars
59%
turbulent combustion
55%
turbulence
36%
heat exchangers
30%
duct geometry
29%
set theory
28%
vortex generators
24%
flames
22%
laminar flow
21%
large eddy simulation
19%
nonlinearity
18%
tabulation
17%
heat transfer
16%
heat flux
15%
coils
14%
simulation
14%
oscillators
13%
Laplace transformation
11%
regression analysis
11%
optimization
11%
working fluids
10%
spherical coordinates
10%
augmentation
10%
tubes
9%
geometry
9%
pressure drop
9%
inversions
9%
Nusselt number
9%
hydraulics
9%
ducts
8%
inertia
8%
inclination
8%
mass flow rate
8%
mesh
8%
parameterization
7%
performance
7%
friction
7%
adjusting
7%
ignition
6%
data simulation
6%
diffusion coefficient
6%
entropy
6%
reaction kinetics
6%
statistics
6%
formulations
6%
convection
5%
extinction
5%
stabilization
5%
perturbation
5%
Mathematics
Heat Exchanger
49%
Homotopy Perturbation Method
41%
Nusselt number
29%
Baffle
28%
Heat Transfer
27%
Pressure Drop
26%
Stretching Sheet
24%
Mixed Convection
24%
Vertical
24%
Coil
23%
Axisymmetric Flow
23%
Reynolds number
22%
Variational Iteration Method
21%
Soliton Solution
18%
Vortex
18%
Tube
17%
Exact Solution
17%
Hydrodynamics
17%
System of Ordinary Differential Equations
16%
Numerical Analysis
16%
Contact
14%
Nonlinear Equations
13%
Nonlinear Systems
13%
Optimization
13%
Shell
13%
Generator
12%
Linear Systems
12%
Skin Friction
11%
Differential equation
11%
Fluid Flow
11%
System of Differential Equations
11%
Kadomtsev-Petviashvili Equation
11%
Boundary Layer Flow
10%
Perturbation Technique
10%
Enhancement
10%
Analytical Methods
9%
Nonlinear Ordinary Differential Equations
9%
Vorticity
8%
Experimental Results
8%
Trends
8%
Arrangement
8%
Tables
7%
Homotopy
7%
Directly proportional
7%
Computational Fluid Dynamics
7%
Fluid Model
7%
Adomian Decomposition Method
6%
Fluid
6%
Numerical Simulation
6%
System of Nonlinear Equations
6%
