heeling coefficient

简明释义

倾差系数

英英释义

例句

1.To ensure safety, the crew must understand how to calculate the heeling coefficient.

为了确保安全，船员必须了解如何计算倾斜系数。

2.During the race, we monitored the heeling coefficient closely to avoid capsizing.

在比赛期间，我们密切监测倾斜系数以避免翻船。

3.The sailor adjusted the sails to optimize the heeling coefficient for better stability.

水手调整了帆以优化船只的倾斜系数以获得更好的稳定性。

4.A high heeling coefficient indicates a risk of losing control of the vessel.

高倾斜系数表明失去对船只控制的风险。

5.The design of the hull affects the heeling coefficient significantly.

船体的设计显著影响倾斜系数。

作文

The stability of a vessel at sea is crucial for ensuring the safety of both the crew and the cargo. One important factor that influences this stability is the heeling coefficient, which refers to the ratio of the horizontal distance from the center of gravity to the center of buoyancy when a ship is tilted or heeled over. Understanding the heeling coefficient is essential for shipbuilders, naval architects, and mariners alike, as it directly impacts how a ship behaves in rough waters.When a ship encounters waves or strong winds, it may lean to one side, creating a heeling effect. The heeling coefficient helps to quantify how much a ship will heel based on its design and loading conditions. A higher heeling coefficient indicates that a ship is more stable and less likely to capsize, while a lower coefficient suggests that the vessel may be more prone to tipping over.In practical terms, the heeling coefficient can be influenced by several factors, including the ship's shape, weight distribution, and the placement of ballast. For instance, a well-designed vessel with a low center of gravity will typically have a favorable heeling coefficient. This means that even when subjected to external forces, the ship will return to an upright position more easily than one with a higher center of gravity.Moreover, during the design phase, naval architects use the heeling coefficient as a critical parameter in their calculations. By simulating various loading scenarios and wave conditions, they can predict how a vessel will perform under different circumstances. This predictive capability is vital for ensuring that the ship meets safety regulations and performs well in its intended operational environment.Furthermore, the heeling coefficient is not only relevant during the design and construction of a vessel but also plays a role in maritime operations. Crew members must be aware of the heeling coefficient when loading cargo, as improper weight distribution can adversely affect the ship's stability. For example, if heavy cargo is loaded onto one side of the vessel, it may increase the heeling angle and potentially lead to dangerous situations at sea.In conclusion, the heeling coefficient is a vital metric in the maritime industry that helps ensure the safety and stability of vessels. By understanding and applying this concept, shipbuilders and mariners can make informed decisions that enhance the performance and safety of ships. As we continue to explore the seas, a comprehensive grasp of the heeling coefficient will remain fundamental in navigating the challenges posed by the unpredictable marine environment.

船只在海上的稳定性对确保船员和货物的安全至关重要。一个影响这种稳定性的重要因素是倾斜系数，它指的是当船只倾斜或侧倾时，从重心到浮心的水平距离与船体的比率。理解倾斜系数对于造船商、海军建筑师和水手来说都是至关重要的，因为它直接影响船只在波涛汹涌的水域中的表现。当船只遇到波浪或强风时，它可能会向一侧倾斜，产生倾斜效应。倾斜系数有助于量化根据设计和装载条件，船只将倾斜多少。较高的倾斜系数表示船只更稳定，更不容易翻覆，而较低的系数则表明该船可能更容易倾倒。在实际操作中，倾斜系数可以受到几个因素的影响，包括船体的形状、重量分布以及压舱物的放置。例如，设计良好的船只，重心较低，通常会具有良好的倾斜系数。这意味着即使在外力作用下，该船也会比重心较高的船只更容易恢复到直立位置。此外，在设计阶段，海军建筑师将倾斜系数作为其计算中的关键参数。通过模拟各种装载场景和波浪条件，他们可以预测船只在不同情况下的表现。这种预测能力对于确保船只符合安全法规并在其预定操作环境中表现良好至关重要。此外，倾斜系数不仅在船只的设计和建造过程中相关，而且在海上操作中也发挥着作用。船员必须了解倾斜系数在装载货物时的重要性，因为不当的重量分配可能会对船只的稳定性产生不利影响。例如，如果重货被装载到船只的一侧，可能会增加倾斜角度，并可能导致海上危险情况的发生。总之，倾斜系数是海事行业中的一个重要指标，有助于确保船只的安全性和稳定性。通过理解和应用这一概念，造船商和水手可以做出明智的决策，增强船只的性能和安全性。随着我们继续探索海洋，对倾斜系数的全面掌握将始终是应对不可预测的海洋环境所带来的挑战的基础。