Engineering & Materials Science
Rotors
100%
Gears
69%
Vibration analysis
60%
Transfer matrix method
56%
Composite materials
47%
Boundary conditions
44%
Squeeze films
42%
Stiffness
40%
Equations of motion
28%
Damping
27%
Natural frequencies
25%
Buckling
24%
Friction
21%
Microwaves
18%
Permittivity
16%
Laminates
15%
Dynamic response
15%
Nanorods
15%
Fatigue damage
14%
Fatigue of materials
14%
Helical gears
14%
Oils
13%
Turbomachinery
12%
Time varying systems
11%
Gravitation
11%
Structural analysis
10%
Finite element method
10%
Chaos theory
10%
Torsional stress
10%
Vibrations (mechanical)
10%
Nanoparticles
10%
Turbomachine blades
10%
Shear deformation
9%
Iron
9%
Spectral density
9%
Stringers
9%
Nonlinear systems
8%
Sampling
7%
Probability distributions
7%
Partial differential equations
6%
Dynamical systems
6%
Numerical methods
6%
Nonlinear equations
5%
Electric potential
5%
Airfoils
5%
Physics & Astronomy
quadratures
32%
vibration
20%
curved panels
18%
electromagnetism
17%
turbomachinery
14%
microwaves
14%
permittivity
13%
absorbers
12%
buckling
11%
blades
10%
nanorods
10%
nanoparticles
8%
nanowires
8%
free vibration
8%
tangents
7%
iron
7%
Timoshenko beams
6%
equations of motion
6%
permeability
5%
dextrans
5%
deflection
5%
dielectric loss
5%
Mathematics
Differential Quadrature Method
31%
Buckling
15%
Transfer Matrix Method
15%
Nonlinear Response
14%
Fatigue
14%
Weighting
13%
Dynamic Analysis
13%
Rotor
12%
Rayleigh
11%
Timoshenko Beam
8%
Mesh
8%
Free Vibration
7%
Motion
6%
Fatigue Damage
6%
Equations of Motion
6%
Torsional Vibration
5%
Mode Shape
5%
Steady-state Analysis
5%