The surface waves generated by a moving atmospheric pressure field are calculated,
including both the effects of compressibility and static background compression of the …

Under the assumptions of linearized water wave theory, we build a three-dimensional
mathematical model that couples atmospheric pressure waves and surface ocean waves …

Tsunamis can be generated by a moving atmospheric pressure disturbance. The 2022
Tonga volcanic eruption and tsunami demonstrated the global relevance of such a tsunami …

Volcanic tsunamis pose significant threats to nearby coastal communities. Despite extensive
research, the mechanism behind tsunami generation remains unclear, and the ability to …

Both one-dimensional in the horizontal direction (1DH, dispersive and non-dispersive) and
two-dimensional in the horizontal direction (2DH) axisymmetric (approximate, non …

In recent years, there have been worldwide reports of massive tsunamis, drawing attention
to how tsunamis are intensified by submarine landslides triggered by earthquakes …

The events following the 15 January 2022 explosions of the Hunga Tonga-Hunga Ha'apai
volcano highlighted the need for a better understanding of ocean-atmosphere interactions …

Seepage flows induced by geophysical tsunamis play a significant role in the tsunami
boundary layer dynamics and associated sediment mobility. However, its impact on …

海底火山喷发引发海啸具有多源激发机制, 包括水下爆炸, 边坡失稳, 火山口坍塌, 碎屑流,
地震以及大气扰动. 为了深入认识轴对称移动气压扰动激发海啸的机理, 探究气压扰动参数对 …

Solitary waves are usually used as extreme waves, but their hydrodynamic characteristics
differ from those of real-world tsunami waves. N-shaped waves may be used to give a more …