Engineering & Materials Science
Drill strings
100%
Pendulums
96%
Orbits
66%
Drilling
59%
Bifurcation (mathematics)
56%
Dynamical systems
54%
Chaos theory
53%
Stick-slip
52%
Vortex flow
48%
Dynamic response
42%
Damping
39%
Rocks
39%
Stiffness
37%
Friction
33%
Synchronization
28%
Mathematical models
27%
Buckling
24%
Mechanics
24%
Time delay
23%
Feedback control
22%
Computer simulation
21%
Experiments
20%
Direct numerical simulation
18%
Numerical analysis
17%
Marine risers
17%
Hopf bifurcation
16%
Trajectories
15%
Rotors
15%
Fluids
15%
Nonlinear systems
15%
Differential equations
14%
Controllers
14%
Linear systems
13%
Fluid structure interaction
12%
Drilling rigs
12%
Well perforation
11%
Acoustic waves
11%
Dynamic analysis
10%
Numerical methods
10%
Religious buildings
10%
Machining
10%
Fatigue testing
10%
Thin walled structures
10%
Fatigue of materials
9%
Partial differential equations
9%
Vortex shedding
9%
Finite element method
9%
Cracks
9%
Switches
9%
Actuators
9%
Mathematics
Bifurcation
59%
Excitation
55%
Chatter
52%
Pendulum
48%
Drilling
43%
Experimental Study
42%
Nonlinear Dynamics
39%
Bifurcation Analysis
37%
Stiffness
37%
Vortex-induced Vibration
36%
Modeling
36%
Model
36%
Vibration
34%
Attractor
31%
Chaos
31%
Motion
29%
Grazing Bifurcation
27%
Damping
25%
Orbit
24%
Dynamic Response
24%
Friction
23%
Synchronization
23%
Prediction
23%
State-dependent Delay
23%
Piecewise Linear
22%
Contact
22%
Strings
21%
Basin of Attraction
21%
Periodic Orbits
21%
Cutting Force
20%
Influence
20%
Experimental Results
19%
Scenarios
19%
Machining
18%
Dynamical system
18%
Numerical Study
18%
Experiment
17%
Oscillation
17%
Neuronal Network
16%
Buckling
16%
Complex Dynamics
16%
Interaction
16%
Progression
15%
Rotating
15%
Wake
14%
Nonlinear Analysis
14%
Analytical Solution
13%
Parameter Identification
13%
Periodic Solution
13%
Path Following
13%
Physics & Astronomy
oscillators
68%
vibration
35%
grazing
33%
drilling
31%
strings
28%
pendulums
23%
friction
23%
rocks
22%
chaos
20%
slip
16%
stiffness
15%
rotors
15%
dynamic response
14%
wakes
14%
time lag
14%
orbits
14%
degrees of freedom
14%
drill bits
14%
excitation
12%
machining
12%
buckling
12%
nonlinearity
12%
parameter identification
12%
damping
12%
vortices
11%
dynamical systems
11%
clearances
11%
cutters
11%
progressions
11%
feedback control
11%
attraction
11%
oscillations
10%
mathematical models
10%
blades
9%
viscous damping
9%
interactions
9%
synchronism
9%
controllers
9%
rings
8%
cracks
8%
diagrams
8%
capsules
8%
simulation
8%
grinding
8%
predictions
7%
mass ratios
6%
fluids
6%
balls
6%
dry friction
6%
rays
6%