Solving procedure for the Kelvin–Kirchhoff equations in case of buoyant (or the falling) ellipsoid of rotation
Author:
Publisher
Elsevier BV
Subject
General Physics and Astronomy,Mathematical Physics
Reference34 articles.
1. Vorlesungen Ueber Mathematische Physik;Kirchhoff,1877
2. About analytical ansatz to the solving procedure for kelvin–kirchhoff equations;Ershkov;Eur. J. Mech. B/Fluids,2020
3. Flutter to tumble transition of buoyant spheres triggered by rotational inertia changes;Mathai;Nature Commun.,2018
4. Instability and transition of a vertical ascension or fall of a free sphere affected by a vertical magnetic field;Pan;J. Fluid Mech.,2019
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1. Semi-analytical solving procedure for the dynamics of charged particle in parametrically variable magnetic field;The European Physical Journal Plus;2022-08-12
2. Correction to: Solving procedure for the Kelvin–Kirchhoff equations in case of non-stationary rotations of slim disc;Archive of Applied Mechanics;2021-03-13
3. Solving procedure for the Kelvin–Kirchhoff equations in case of non-stationary rotations of slim disc;Archive of Applied Mechanics;2021-02-16
4. A New Solving Procedure for the Kelvin–Kirchhoff Equations in Case of a Falling Rotating Torus;International Journal of Bifurcation and Chaos;2021-01
5. On the motion of a damped rigid body near resonances under the influence of harmonically external force and moments;Results in Physics;2020-12
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