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Physics and Modelling of Tsunamis
Tsunamis can be generated by earthquakes, landslides, volcanic eruptions, underwater explosions, and asteroid impacts. Tsunami studies span the generation, propagation, runup, and inundation of tsunamis caused by various sources. The advancement of modeling and observing techniques offers new tools to understand tsunami physics. This special topic aims to provide numerical, analytical, and experimental insights into the physics of tsunamis and tsunami hydrodynamics fundamental research to improve tsunami early-warning systems and hazard assessments.
Guest Editors: Hua Liu, Philip L.-F. Liu, and Frederic Dias
EDITORIALS
Hua Liu; Philip L-F. Liu; Frédéric Dias
Viscous and Non-Newtonian Flows
Yufei Wang (王雨霏); Philip L.-F. Liu (刘立方)
Others
Yefei Bai (白晔斐); Yoshiki Yamazaki (山崎良樹); Kwok Fai Cheung (張國輝)
Geophysical Flows
Yibin Liu; Hermann M. Fritz
Geophysical Flows
Manish Kanojia; Saravanan Gurusamy; Biswajit Basu
Compressible Flows
Bernabe Gomez; Usama Kadri
Geophysical Flows
E. Renzi; C. Bergin; T. Kokina; D. S. Pelaez-Zapata; D. Giles; F. Dias
Particulate, Multiphase, and Granular Flows
Shijie Huang; Zhenhua Huang
Others
Jeffrey Knowles; Harry Yeh
Geophysical Flows
Lo Peter H.-Y. (羅弘岳)
Turbulent Flows
Ting Tan (谭挺); Yuxiang Ma (马玉祥); Jie Zhang (张杰); Xuyang Niu (牛旭阳); Kuang-An Chang
Interfacial Flows
S. Bahena-Jimenez; E. Bautista; F. Méndez
Geophysical Flows
Zijing Huo (霍子靖); Haijiang Liu (刘海江)
Particulate, Multiphase, and Granular Flows
Kai-Li Zhao (赵凯丽); Liu-Chao Qiu (邱流潮); Yi Liu (刘毅)
Geophysical Flows
Peida Han; Xiping Yu