Engineering & Materials Science
Elevators
100%
Cables
46%
Vibration control
44%
Dynamic response
33%
Damping
28%
Linearization
22%
Natural frequencies
21%
Computer simulation
19%
Chaos theory
18%
Stirling engines
18%
Mathematical models
18%
Stiffness
17%
Pulleys
15%
Free piston engines
15%
Tall buildings
15%
Rails
14%
Vibration analysis
14%
Actuators
14%
Earthquakes
13%
Distance education
11%
Industry
11%
Polynomials
10%
Machine vibrations
9%
Systems analysis
9%
Stochastic models
9%
Offshore pipelines
9%
Fatigue of materials
9%
Finite element method
9%
Linear actuators
9%
Nonlinear systems
8%
Fire resistance
8%
Computational fluid dynamics
8%
Control systems
8%
Time varying systems
7%
Roller bearings
7%
Damage detection
7%
Partial differential equations
7%
Dynamic analysis
7%
Eddy currents
7%
Uncertainty
7%
Structural analysis
7%
Turbulent flow
6%
Pattern recognition
6%
Pistons
6%
Fault detection
6%
Testing
6%
Fuel cells
6%
Intergranular corrosion
6%
Heat exchangers
6%
Mechanics
6%
Physics & Astronomy
cables
37%
linearization
18%
earthquakes
17%
excitation
16%
dynamic response
16%
continuums
15%
dampers
11%
interactions
8%
boilers
8%
inertia
7%
iron oxides
7%
nonlinear systems
7%
substructures
7%
installing
7%
cables (ropes)
7%
vehicles
6%
vibration
6%
dynamic models
6%
electromagnetism
5%
actuators
5%
resonant frequencies
5%
simulation
5%
Mathematics
Continuum
12%
Vibration Control
11%
Cable
11%
Damper
11%
Excitation
10%
Stainless Steel
10%
Heat Exchanger
9%
Eddy Currents
9%
Modeling and Simulation
8%
Engine
8%
Nonlinear Dynamics
8%
Predict
8%
Nonlinear Control
8%
Tube
7%
Natural Frequency
6%
Time-varying
6%
Interaction
6%
Motion
6%
Vibration
5%
Bundle
5%
Lateral
5%
