Euler top

E662756

The Euler top is a classical rigid body in rotational dynamics that spins freely about a fixed point without external torques, serving as a fundamental example in the study of integrable systems.

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Statements (48)

Predicate Object
instanceOf classical mechanical model
integrable system
mechanical system
rigid body
field Hamiltonian mechanics NERFINISHED
classical mechanics
integrable systems
rigid body dynamics
governedBy Euler equations for rigid body rotation
Hamiltonian equations of motion
hasConfigurationSpace SO(3) NERFINISHED
hasCoordinateDescription body-fixed frame
space-fixed frame
hasIntegralOfMotion components of angular momentum in space frame
squared angular momentum magnitude
total kinetic energy
hasMathematicalStructure Lie–Poisson system
Poisson manifold
coadjoint orbit of SO(3)
hasPhaseSpace cotangent bundle of SO(3)
hasProperty angular momentum conservation
conservative system
deterministic dynamics
energy conservation
free rotation about a fixed point
integrals of motion in involution
no external torques
three principal moments of inertia
time-reversible dynamics
hasSolutionType elliptic function solutions
quasi-periodic motion
hasSpecialCase Lagrange top in zero-gravity limit
symmetric top without gravity
hasSymmetryGroup rotation group SO(3) NERFINISHED
hasVariable angular momentum vector
angular velocity vector
principal moments of inertia I1, I2, I3
isExampleOf Liouville-integrable Hamiltonian system
finite-dimensional integrable model
torus action in phase space
namedAfter Leonhard Euler NERFINISHED
relatedConcept Kovalevskaya top NERFINISHED
Lagrange top NERFINISHED
gyroscopic motion
heavy symmetric top
usedAs canonical example in rigid body dynamics courses
example in Hamiltonian mechanics textbooks
test case for integrability

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

Kovalevskaya top relatedTo Euler top