The loss of fish swimming capacity induced by those energetic vortical structures is
detrimental, and limited research on the mechanism of fish entrainment in the vortex has …

海洋生物低噪音, 高速, 髙效游动能力是任何人造水下航行器所无法比拟的.
借助时间解析粒子图像测速技术对斑马鱼直线加速游动过程进行精细流场测量 …

The characteristics of environmental vortices significantly influence the behavioral strategies
of fish. This study investigated how wake vortices from obstacles affected propulsion and …

Not long ago the zero added mass has been replaced by a none zero constant added mass
in the marine, biological and other fields. A few people realized that both models are simply …

Understanding the swimming ability of different fish species is essential for assessing their
ecological niche, behaviour and overall fitness. Changes in swimming ability can relate to …

Aquatic organisms in their natural environment have soft bodies and flexible mobility.
Clarifying the generation, evolution, and dissipation of vortices and jets during turning …

鱼类过坝后的上溯行为对鱼类寻找适宜的产卵, 索饵等功能性栖息地至关重要.
现阶段我国大多数研究聚焦于鱼类上溯通过鱼道的游泳行为量化, 而过坝后的上溯行为分析鲜有 …

The low-noise, high-speed and high-efficiency swimming ability of marine life is unmatched
by any artificial underwater vehicle. With the help of time-resolved particle image velocimetry …

This study provides insights into the mechanisms of drag generation on fish-shaped bodies
in turbulent open-channel flows. We conducted a set of experiments with rigid 3D-printed …

Due to extensive human modification, streams and rivers are among the most degraded
ecosystem types on the planet. Habitat degradation and loss are among the factors leading …