heeling resistance

简明释义

横倾阻力

英英释义

例句

1.The engineers tested different hull shapes to find the best heeling resistance 倾斜阻力 characteristics.

工程师们测试了不同的船体形状，以寻找最佳的heeling resistance 倾斜阻力特性。

2.The yacht's design improves its heeling resistance 倾斜阻力, allowing it to sail more efficiently in strong winds.

这艘游艇的设计提高了其heeling resistance 倾斜阻力，使其在强风中航行更高效。

3.Proper ballast placement is crucial for enhancing heeling resistance 倾斜阻力 in sailing vessels.

适当的压舱物放置对于增强帆船的heeling resistance 倾斜阻力至关重要。

4.In rough seas, a vessel with high heeling resistance 倾斜阻力 can prevent capsizing.

在波涛汹涌的海面上，具有高heeling resistance 倾斜阻力的船只可以防止翻覆。

5.During the race, the team focused on maximizing the heeling resistance 倾斜阻力 of their boat to maintain stability.

在比赛期间，团队专注于最大化他们船只的heeling resistance 倾斜阻力以保持稳定性。

作文

In the world of naval architecture and marine engineering, the stability of a vessel is of paramount importance. One of the critical factors that contribute to a ship's stability is its heeling resistance. This term refers to the force that opposes the tilting or heeling of a vessel when it is subjected to external forces such as wind, waves, or uneven loading. Understanding heeling resistance is essential for ensuring the safety and performance of a ship at sea.When a ship begins to heel, it tilts away from the vertical position. This can happen due to various reasons, including strong winds pushing against the sails or the hull, or waves hitting the side of the vessel. The angle at which a ship heels is known as the heel angle. As the heel angle increases, the center of gravity of the vessel shifts, which can lead to a decrease in stability. This is where heeling resistance comes into play, as it helps to restore the ship to an upright position.The heeling resistance is primarily generated by the buoyancy of the submerged portion of the hull as well as the weight distribution within the ship. When a ship heels, the underwater volume changes, and the buoyant force acting on the hull increases. This force acts in the opposite direction to the heel, helping to bring the vessel back to its upright position. Additionally, the design of the hull, including its shape and size, plays a significant role in determining the magnitude of heeling resistance. A well-designed hull will provide greater resistance to heeling, thereby enhancing the overall stability of the vessel.Another important aspect of heeling resistance is the impact of cargo and ballast. Properly distributing weight within the ship is crucial for maintaining balance and stability. For instance, if cargo is loaded unevenly, it can create an imbalance that increases the heel angle, reducing the heeling resistance and potentially leading to dangerous situations, such as capsizing. Therefore, ship operators must carefully plan the loading and unloading of cargo to ensure that the ship remains stable during its journey.In conclusion, understanding heeling resistance is vital for anyone involved in maritime activities, from shipbuilders to sailors. It is a key factor in ensuring the safety and efficiency of vessels at sea. By recognizing how heeling resistance works and the elements that influence it, we can better appreciate the complexities of naval architecture and the importance of proper vessel design and weight distribution. Ultimately, the goal is to create ships that can withstand the challenges posed by the marine environment while providing a safe experience for those on board.

在海洋建筑和海洋工程的世界中，船只的稳定性至关重要。影响船舶稳定性的关键因素之一是它的倾斜阻力。这个术语指的是当船只受到外部力量（如风、波浪或不均匀装载）作用时，抵抗船舶倾斜或倾斜的力量。理解倾斜阻力对于确保船舶在海上的安全和性能至关重要。当船舶开始倾斜时，它会偏离垂直位置。这可能由于多种原因造成，包括强风推动帆或船体，或波浪撞击船只的一侧。船舶倾斜的角度称为倾斜角。随着倾斜角的增加，船舶的重心会发生变化，这可能导致稳定性的下降。在这种情况下，倾斜阻力发挥了作用，因为它有助于将船舶恢复到直立位置。倾斜阻力主要由船体浸没部分的浮力以及船内的重量分布产生。当船舶倾斜时，水下体积发生变化，作用于船体的浮力增加。这个力量朝向与倾斜相反的方向作用，帮助将船舶带回到直立位置。此外，船体的设计，包括其形状和大小，在确定倾斜阻力的大小方面起着重要作用。设计良好的船体将提供更大的倾斜阻力，从而增强船舶的整体稳定性。倾斜阻力的另一个重要方面是货物和压载的影响。正确分配船内的重量对维持平衡和稳定至关重要。例如，如果货物装载不均，就会造成不平衡，增加倾斜角，降低倾斜阻力，并可能导致危险情况，如倾覆。因此，船舶操作员必须仔细规划货物的装卸，以确保船舶在航行期间保持稳定。总之，理解倾斜阻力对于任何参与海事活动的人来说都是至关重要的，从造船工人到水手。这是确保船舶在海上安全和高效的重要因素。通过认识到倾斜阻力的工作原理及其影响因素，我们可以更好地欣赏海洋建筑的复杂性以及适当船舶设计和重量分配的重要性。最终目标是创造能够承受海洋环境带来的挑战的船舶，同时为船上人员提供安全的体验。