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Precession, Nutation, and Libration Driven Flows

Precession and nutation (periodic changes in the orientation of the rotation axis) as well as libration (variations of the orientation of the principal moments of inertia) of a rotating fluid cavity are of interest in a broad range of applications. These span from planetary cores, atmospheres, oceans dynamics, and planetary and laboratory magnetic field generation to mixing in industrial processes and trajectory stabilization of satellites with a liquid payload. This special topic aims to provide a state of the fluid dynamics fundamental research in the field, and welcomes all theoretical, numerical, and experimental investigations.

Guest Editors: Jerome Noir, Patrice Meunier, and Andre Giesecke

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Yufeng Lin (林玉峰); Rainer Hollerbach; Jérome Noir; Stijn Vantieghem
10.1063/5.0142705
S. Subbotin; N. Shmakova; V. Kozlov; E. Ermanyuk
10.1063/5.0151736
C. Lefranc; O. Detournay; P. Meunier
10.1063/5.0152074
Liao Zi-Ju (廖子菊); Lyu Xing-Liang (吕兴亮); Su Wei-Dong (苏卫东)
10.1063/5.0144625
Susumu Goto; Yasufumi Horimoto; Takuro Kaneko; Kohei Oya; Yuji Sugitani; Shota Aritsu; Masato Yoshida; Haruka Ohyama; Kento Eguchi; Shota Kukimoto; Kazuo Matsuyama; Toru Nishimura; Kimikazu Fukuda; Keiichi Onoda
10.1063/5.0139991
Arthur Favrel; Zhihao Liu (志豪劉); Kazuyoshi Miyagawa (和芳宮川)
10.1063/5.0140025
Swarandeep Sahoo; Sethulakshmy E S
10.1063/5.0136142
Vivaswat Kumar; Federico Pizzi; André Giesecke; Ján Šimkanin; Thomas Gundrum; Matthias Ratajczak; Frank Stefani
10.1063/5.0134562
F. Pizzi; G. Mamatsashvili; A. J. Barker; A. Giesecke; F. Stefani
10.1063/5.0131035
Mike Wilbert; André Giesecke; Rainer Grauer
10.1063/5.0110153
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