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POLHODE

Polhode

Curve produced by the angular velocity vector on the inertia ellipsoid

the angular velocity vector on the inertia ellipsoid, is known as the polhode, coined from Greek meaning "path of the pole". The surface created by the

Polhode

Poinsot's ellipsoid

Geometric method for visualizing a rotating rigid body

not necessarily a closed curve. The closed curve on the ellipsoid is the polhode. The curve on the plane is the herpolhode. If the rigid body has two equal

Poinsot's ellipsoid

Poinsot's_ellipsoid

Gravity Probe B

Orbital gravitational observatory

polhode motion by inducing currents in the housing electrodes, causing the motion to change with time. This meant that a simple time-average polhode model

Gravity Probe B

Gravity_Probe_B

True polar wander

Wandering of a planet's pole of rotation

relatively small loads can result in a significant reorientation (See Polhode § Description.) If the body is near the steady state but with the angular

True polar wander

True_polar_wander

Tennis racket theorem

A rigid body with 3 distinct axes of inertia is unstable rotating about the middle axis

Poinsot's ellipsoid – Geometric method for visualizing a rotating rigid body Polhode – Curve produced by the angular velocity vector on the inertia ellipsoid

Tennis racket theorem

Tennis_racket_theorem

Rigid body dynamics

Study of the effects of forces on undeformable bodies

body Rigid transformation Rigid rotor Soft-body dynamics Multibody system Polhode Herpolhode Precession Poinsot's ellipsoid Gyroscope Physics engine Physics

Rigid body dynamics

Rigid_body_dynamics

Herpolhode

Curve traced out by the endpoint of the angular velocity vector of a rigid rotor

still being concave towards the angular momentum. Poinsot's construction Polhode H. Goldstein, Classical Mechanics, Addison-Wesley (1950), p. 159 ff. V

Herpolhode

Index of physics articles (P)

Polarization spectroscopy Polarized target Polarizer Polaroid (polarizer) Polaron Polhode Polyakov action Polyamorphism Polychromatic Polychromator Polykarp Kusch

Index of physics articles (P)

Index_of_physics_articles_(P)

Timeline of Gravity Probe B

Analysis team realised that more error analysis, particularly around the Polhode motion of the gyros, was necessary than could be done in the time to April

Timeline of Gravity Probe B

Timeline_of_Gravity_Probe_B