
词汇概述
hydrodynamics 是一个名词,指的是流体(特别是液体)运动的力学。它没有形容词形式,但在相关的学术和技术领域中,常用形容词hydrodynamic 来描述与流体动力学相关的事物。
词语辨析
在流体力学中,hydrodynamics 主要涉及液体的运动和行为,而aerodynamics 则主要关注气体的运动和行为。尽管两者都属于流体力学的范畴,但它们的应用和研究对象有明显的不同。
词汇扩充
- hydrodynamic (形容词): 与流体力学相关的
- hydraulics (名词): 液压学,研究液体静力学和运动的学科
- fluid dynamics (名词): 流体动力学,包括液体和气体的研究
近义词
- fluid mechanics: 流体力学
- fluid dynamics: 流体动力学
反义词
- static: 静态的,与流动无关的状态
柯林斯词典
根据柯林斯词典,hydrodynamics 是研究流体运动及其与外力之间相互作用的科学。
牛津词典
牛津词典定义hydrodynamics 为研究液体运动的物理学的一部分,特别是液体在受力时的行为。
例句
In hydrodynamics, the study of fluid behavior is crucial for understanding various phenomena.
在流体力学中,研究流体行为对于理解各种现象至关重要。
The hydrodynamic forces acting on a ship determine its stability in water.
作用于船只上的流体动力力决定了其在水中的稳定性。
Researchers are exploring new hydrodynamic designs to improve fuel efficiency in ships.
研究人员正在探索新的流体动力设计,以提高船舶的燃油效率。
Understanding the principles of hydrodynamics is essential for engineers in the marine industry.
了解流体力学的原理对于海洋工业的工程师至关重要。
The hydrodynamics of the river were affected by the recent heavy rainfall.
这条河的流体动力学受到了最近强降雨的影响。
Many aquatic animals have evolved to optimize their hydrodynamic properties for swimming.
许多水生动物已经进化以优化其流体动力学特性以便游泳。
The field of hydrodynamics has numerous applications in engineering and environmental science.
流体力学在工程和环境科学中有许多应用。
Advanced hydrodynamic models can predict the behavior of waves in the ocean.
先进的流体动力学模型可以预测海洋中波浪的行为。
Understanding hydrodynamic forces is key to designing efficient submarines.
理解流体动力力是设计高效潜艇的关键。
The study of hydrodynamics is vital for the development of new maritime technologies.
流体力学的研究对新海事技术的发展至关重要。
Hydrodynamic simulations can help predict flood scenarios in urban areas.
流体动力学模拟可以帮助预测城市地区的洪水情景。
The hydrodynamic lift generated by the wings of a bird aids in its flight.
鸟翼产生的流体动力升力有助于其飞行。
Engineers must consider hydrodynamic resistance when designing ships.
工程师在设计船舶时必须考虑流体动力阻力。
Recent advances in hydrodynamic theory have improved our understanding of ocean currents.
最近在流体动力学理论上的进展提高了我们对海洋洋流的理解。
The hydrodynamic behavior of the fluid is influenced by its viscosity.
液体的流体动力学行为受到其粘度的影响。
Innovative hydrodynamic designs can significantly reduce energy consumption.
创新的流体动力设计可以显著减少能量消耗。
Understanding the hydrodynamic principles can enhance the performance of watercraft.
理解流体动力学原理可以提高水上交通工具的性能。
The hydrodynamics of the system are crucial for maintaining its efficiency.
系统的流体动力学对于保持其效率至关重要。
This research focuses on the hydrodynamic characteristics of different water surfaces.
这项研究专注于不同水面的流体动力学特性。