holding power of anchor

简明释义

锚泊驻留力

英英释义

例句

1.During a storm, the crew tested the holding power of anchor 锚的保持力 to ensure their safety.

在暴风雨中，船员测试了锚的保持力 holding power of anchor 以确保他们的安全。

2.In rough seas, the boat's holding power of anchor 锚的保持力 is crucial to prevent drifting.

在波涛汹涌的海面上，船只的锚的保持力 holding power of anchor 对于防止漂移至关重要。

3.The fisherman relied on the holding power of anchor 锚的保持力 to keep his vessel stable while casting nets.

渔民依靠锚的保持力 holding power of anchor 来保持他的船只在撒网时稳定。

4.A reliable anchor with good holding power of anchor 锚的保持力 is essential for any sailor.

一个具有良好锚的保持力 holding power of anchor 的可靠锚对任何水手来说都是必不可少的。

5.The yacht's holding power of anchor 锚的保持力 allowed it to remain in place despite strong currents.

游艇的锚的保持力 holding power of anchor 使其能够在强流中保持不动。

作文

The concept of the holding power of anchor is fundamental in the maritime world, representing the ability of an anchor to resist the forces exerted on a vessel by wind and current. When a ship is anchored, it relies heavily on this holding power to remain stable and secure in its position. The holding power of anchor ensures that the vessel does not drift away or collide with other ships or land masses, which could lead to disastrous consequences. Understanding this concept is crucial for sailors and mariners, as it directly impacts their safety and the integrity of their vessels. Anchors are designed in various shapes and sizes, each with different characteristics that contribute to their holding power. For example, a plow anchor is known for its excellent holding power in a variety of seabeds, while a Danforth anchor performs well in sandy conditions. The effectiveness of an anchor also depends on the type of seabed it is set in, the angle at which it is deployed, and the weight of the anchor itself. Thus, the holding power of anchor is not a fixed value but rather a dynamic one that can change based on several factors. In addition to the physical attributes of anchors, the environmental conditions play a significant role in determining their holding power. Strong winds and currents can exert significant forces on a vessel, testing the limits of the anchor's holding capacity. This is why it is essential for sailors to choose the right anchor and understand its holding power of anchor before setting sail. A well-chosen anchor can provide peace of mind, allowing sailors to focus on their journey without constantly worrying about drifting or losing their mooring. Moreover, the importance of the holding power of anchor extends beyond immediate safety concerns. It also has implications for navigation and planning. For instance, when anchoring in busy harbors or near other vessels, understanding how much holding power an anchor provides can help avoid accidents and ensure proper spacing between boats. It can also influence decisions on where to anchor, as certain areas may be riskier than others based on the expected holding power of different types of anchors. In conclusion, the holding power of anchor is a critical aspect of maritime operations that every sailor should understand. It encompasses not only the physical properties of the anchor itself but also the environmental conditions and the specific requirements of the vessel being anchored. By grasping the significance of holding power, sailors can enhance their safety, improve their navigation skills, and ensure a more enjoyable sailing experience. Whether you are a seasoned mariner or a novice sailor, recognizing the importance of the holding power of anchor will undoubtedly contribute to your overall success on the water.

锚的保持力概念在海事世界中至关重要，代表着锚抵抗风和潮流对船只施加的力量的能力。当一艘船停泊时，它在很大程度上依赖于这种保持力，以保持稳定和安全的位置。锚的保持力确保船只不会漂移或与其他船只或陆地相撞，这可能导致灾难性后果。理解这一概念对于水手和海员至关重要，因为它直接影响他们的安全和船只的完整性。锚有各种形状和大小，每种锚都有不同的特性，有助于其保持力。例如，犁锚以其在多种海床中的优良保持力而闻名，而丹佛斯锚在沙质条件下表现良好。锚的有效性还取决于其设置的海床类型、部署的角度以及锚本身的重量。因此，锚的保持力并不是一个固定值，而是一个动态的值，可能因多种因素而变化。除了锚的物理属性外，环境条件在决定锚的保持力方面也发挥着重要作用。强风和潮流可以对船只施加显著的力量，考验锚的保持能力。这就是为什么水手在启航前选择合适的锚并了解其保持力至关重要的原因。一个选择得当的锚可以提供安心，使水手能够专注于他们的航程，而不必时时担心漂流或失去锚泊。此外，锚的保持力的重要性超越了即时安全问题。它对导航和规划也有影响。例如，在繁忙的港口或靠近其他船只停泊时，了解锚提供的保持力可以帮助避免事故并确保船只之间的适当间距。它还可以影响停泊地点的选择，因为某些区域可能由于不同类型锚的预期保持力而更具风险。总之，锚的保持力是每个水手都应该理解的海事操作的关键方面。它不仅包括锚本身的物理特性，还包括环境条件和所停泊船只的具体要求。通过掌握保持力的重要性，水手可以提高安全性，改善导航技能，并确保更愉快的航行体验。无论您是经验丰富的海员还是新手水手，认识到锚的保持力的重要性无疑将有助于您在水上的整体成功。