stream heeling moment

简明释义

水流横倾力矩

英英释义

例句

1.When sailing, the captain must be aware of the stream heeling moment 流体倾斜力矩 to maintain balance.

在航行时，船长必须注意stream heeling moment 流体倾斜力矩以保持平衡。

2.During the race, the stream heeling moment 流体倾斜力矩 affected the stability of the yacht significantly.

在比赛期间，stream heeling moment 流体倾斜力矩显著影响了游艇的稳定性。

3.The engineer calculated the stream heeling moment 流体倾斜力矩 to ensure the ship would not capsize.

工程师计算了stream heeling moment 流体倾斜力矩以确保船只不会翻覆。

4.The boat tilted to the side due to the strong wind, causing a noticeable stream heeling moment 流体倾斜力矩.

由于强风，船向一侧倾斜，导致明显的stream heeling moment 流体倾斜力矩.

5.Understanding the stream heeling moment 流体倾斜力矩 is crucial for designing safer vessels.

理解stream heeling moment 流体倾斜力矩对设计更安全的船只至关重要。

作文

The concept of a stream heeling moment is often discussed in the context of fluid dynamics and naval architecture. It refers to the moment generated when a vessel is subjected to lateral forces, causing it to tilt or heel to one side. Understanding this moment is crucial for ensuring the stability and safety of boats and ships, particularly when they are navigating through rough waters or strong currents.When a boat sails, it encounters various forces, including wind and waves. These forces can create a stream heeling moment, which can affect the vessel's balance. For example, if a strong gust of wind hits the sail, it can push the boat to one side, creating a tilting effect. This phenomenon is not just a theoretical concept; it has practical implications for sailors and shipbuilders alike.To visualize this, imagine a sailboat on a windy day. As the wind fills the sails, the boat starts to lean over. The angle at which it leans is called the heel angle, and the force that causes this leaning is the stream heeling moment. If the boat heels too much, it risks capsizing, which is why understanding and managing this moment is essential.Naval architects must consider the stream heeling moment when designing vessels. They analyze how different shapes and weights will respond to lateral forces. A well-designed boat will have a center of gravity that allows it to remain stable even when it experiences significant heeling moments. This stability is achieved through careful calculations and testing, ensuring that the boat can withstand the forces it will encounter at sea.In addition to design, sailors also need to be aware of the stream heeling moment during their voyages. Experienced sailors adjust their sails and weight distribution to counteract the heeling effect. For instance, they might move crew members or cargo to the opposite side of the boat to balance out the tilt. This practice highlights the importance of understanding the forces at play and being able to react accordingly.Moreover, the stream heeling moment can vary depending on the speed of the boat and the conditions of the water. In calm waters, a small amount of heeling may be acceptable, while in turbulent seas, even a slight tilt can lead to dangerous situations. Therefore, sailors must constantly monitor their vessel's performance and make adjustments as necessary.In conclusion, the stream heeling moment is a fundamental concept in sailing and naval architecture. It represents the forces that cause a vessel to tilt and has significant implications for stability and safety on the water. By understanding this moment, both designers and sailors can work together to ensure that boats are not only functional but also safe for those who navigate them. Mastering the stream heeling moment is essential for anyone involved in maritime activities, as it directly influences the performance and reliability of vessels in challenging environments.

“stream heeling moment”这个概念通常在流体动力学和船舶设计的背景下讨论。它指的是当船只受到横向力量作用时产生的力矩，导致船只向一侧倾斜或倾斜。理解这一时刻对于确保船只在恶劣水域或强水流中航行的稳定性和安全性至关重要。当船只航行时，会遇到各种力量，包括风和波浪。这些力量可能会产生一个“stream heeling moment”，这会影响船只的平衡。例如，如果强风袭击帆，它可能会将船只推向一侧，产生倾斜效应。这种现象不仅仅是一个理论概念；它对水手和造船商都有实用意义。为了形象化这一点，想象一下在风大的日子里，一艘帆船。当风充满帆时，船开始倾斜。倾斜的角度称为倾斜角，而导致这种倾斜的力量就是“stream heeling moment”。如果船倾斜得太多，就有翻覆的风险，这就是为什么理解和管理这一时刻至关重要。造船师在设计船只时必须考虑“stream heeling moment”。他们分析不同形状和重量如何响应横向力量。一艘设计良好的船将具有一个重心，使其即使在经历显著倾斜时也能保持稳定。这种稳定性是通过仔细的计算和测试实现的，确保船只能够承受它将在海上遇到的力量。除了设计，水手在航行过程中也需要意识到“stream heeling moment”。经验丰富的水手调整他们的帆和重量分布，以抵消倾斜的效果。例如，他们可能会将船员或货物移动到船的另一侧，以平衡倾斜。这一做法突显了理解所涉及力量的重要性，并能够相应地做出反应。此外，“stream heeling moment”可能会根据船只的速度和水域的条件而变化。在平静的水域中，少量的倾斜可能是可以接受的，而在动荡的海域，即使是轻微的倾斜也可能导致危险情况。因此，水手必须不断监测船只的性能，并根据需要进行调整。总之，“stream heeling moment”是航海和船舶设计中的一个基本概念。它代表了导致船只倾斜的力量，并对水上的稳定性和安全性具有重要影响。通过理解这一时刻，设计师和水手可以共同努力，确保船只不仅功能齐全，而且对航行者安全。掌握“stream heeling moment”对任何参与海事活动的人来说都是至关重要的，因为它直接影响着船只在挑战环境中的性能和可靠性。