Category:Dynamical systems
From HandWiki
Here is a list of articles in the Dynamical systems category of the Computing portal that unifies foundations of mathematics and computations using computers.
Dynamical systems deals with the study of the solutions to the equations of motion of systems that are primarily mechanical in nature; although this includes both planetary orbits as well as the behaviour of electronic circuits and the solutions to partial differential equations that arise in biology. Much of modern research is focused on the study of chaotic systems.
Subcategories
This category has the following 21 subcategories, out of 21 total.
A
B
- Bifurcation theory (19 P)
C
E
- Ergodic theory (56 P)
F
H
- Hamiltonian mechanics (56 P)
L
- Limit sets (25 P)
N
S
- Stability theory (46 P)
T
V
Pages in category "Dynamical systems"
The following 200 pages are in this category, out of 279 total.
(previous page) (next page)A
B
C
- Cannon–Thurston map
- Carleman linearization
- Causal system
- Cellular automaton
- Center manifold
- Cliodynamics
- Closed geodesic
- Cobweb plot
- Cocycle
- Physics:Coherent turbulent structure
- Community matrix
- Compartmental modelling of dendrites
- Compartmental neuron models
- Complex dynamics
- Composition operator
- Conley's fundamental theorem of dynamical systems
- Conley–Zehnder theorem
- Conservative system
- Conserved quantity
- Constant-recursive sequence
- Physics:Contact dynamics
- Convergence group
- Correlation dimension
- Correlation sum
- Crisis (dynamical systems)
D
- Physics:D'Alembert's principle
- Data-driven control system
- De Bruijn graph
- Denjoy's theorem on rotation number
- Deterministic system
- Differential inclusion
- Differential variational inequality
- Discrete time and continuous time
- Dissipation
- Physics:Dissipation factor
- Physics:Distribution function
- Double pendulum
- Dragon King Theory
- Dragon king theory
- Physics:Dynamic aperture (accelerator physics)
- Dynamic equation
- Dynamical billiards
- Dynamical neuroscience
- Dynamical system (definition)
- Dynamical systems theory
E
F
- False nearest neighbor algorithm
- Fatou conjecture
- Feigenbaum constants
- Feigenbaum function
- Fermi–Pustyl'nikov model
- Fermi–Ulam model
- Floquet theory
- Flow (mathematics)
- Fractal analysis
- Fractal dimension
- Fractional-order system
- Physics:Free motion equation
- Fundamental ephemeris
- Fuzzy differential inclusion
G
H
- Physics:Hamiltonian fluid mechanics
- Physics:Hamiltonian mechanics
- Heteroclinic channels
- Heteroclinic cycle
- Heteroclinic network
- Heteroclinic orbit
- Hidden attractor
- Hilbert's sixteenth problem
- Historical dynamics
- Hitchin system
- Homoclinic connection
- Homoclinic orbit
- Horizon of predictability
- Hybrid system
- Hyperbolic set
- Hysteresis
- Hysteresivity
- Hysteretic model
I
K
L
- Lagrange stability
- Lagrangian coherent structure
- Lagrangian mechanics
- Lagrangian system
- Physics:Langevin dynamics
- Lattès map
- Lefschetz zeta function
- Liénard equation
- Limit cycle
- Line field
- Linear difference equation
- Linear dynamical system
- Linear flow on the torus
- Linear recurrence with constant coefficients
- Physics:Linear system
- Linearization
- Time evolution
- Lyapunov dimension
- Lyapunov exponent
- Lyapunov stability
- Lyapunov time
- Lyapunov vector
M
- Marginal stability
- Markov partition
- Master stability function
- Matrix difference equation
- Measure-preserving dynamical system
- Melnikov distance
- Chemistry:Metastability
- Method of averaging
- Physics:Micromagnetics
- Microscale and macroscale models
- Misiurewicz point
- Physics:Monogenic system
- Morse–Smale system
- Multibody simulation
- Physics:Multibody system
N
- Nekhoroshev estimates
- Newtonian limit
- Non-autonomous system (mathematics)
- Physics:Non-smooth mechanics
- Nonholonomic system
- Nonlinear system
- Nonlinear system identification
- Normal form (dynamical systems)
- Normally hyperbolic invariant manifold
- Numerical continuation
- Astronomy:Numerical model of the Solar System
