declivity of berth

简明释义

船台斜度

英英释义

例句

1.The ship had to carefully navigate the declivity of berth to avoid any potential damage.

船只必须小心地驶过泊位的倾斜面以避免任何潜在的损坏。

2.As we approached the declivity of berth, the captain gave orders to slow down.

当我们接近泊位的倾斜面时，船长下令减速。

3.The harbor's declivity of berth made it difficult for smaller boats to dock safely.

港口的泊位的倾斜面使得小船难以安全停靠。

4.During the storm, the crew was concerned about the declivity of berth causing the vessel to tilt.

在暴风雨中，船员们担心泊位的倾斜面会导致船只倾斜。

5.The engineers assessed the declivity of berth to ensure it met safety regulations.

工程师们评估了泊位的倾斜面以确保其符合安全规定。

作文

In the world of maritime navigation, understanding the various terms used to describe different aspects of a ship's operation is essential for anyone involved in the industry. One such term is the declivity of berth, which refers to the downward slope or incline of a docking area where a vessel is moored. This concept plays a critical role in ensuring the safety and efficiency of loading and unloading cargo, as well as in the overall stability of the ship during its stay at the port.The declivity of berth can significantly impact how a ship is positioned when it arrives at the dock. A steep decline can pose challenges for crew members as they navigate the loading and unloading process. For instance, if the berth has a significant decline, heavy cargo may roll or slide, creating hazards for workers and potentially damaging the goods being transported. Therefore, understanding the gradient of the berth is crucial in planning the logistics of marine operations.Furthermore, the declivity of berth affects the way a ship is secured at the dock. When a vessel is moored on a sloped surface, the angle of the decline must be taken into account to ensure that the mooring lines are properly tensioned. If the lines are too loose, the ship could drift away from the dock; if they are too tight, they could cause undue stress on the vessel’s structure. Thus, a thorough assessment of the berth's declivity is necessary before any mooring takes place.Another aspect to consider is how the declivity of berth interacts with tidal changes. Ports are often subject to varying water levels due to tides, and these fluctuations can exacerbate the challenges posed by a sloped berth. During high tide, the incline may become less pronounced, but as the tide recedes, the slope could become steeper, increasing the risk of accidents during cargo operations. Therefore, it is vital for port authorities and ship operators to monitor tidal patterns and adjust their operations accordingly.In addition to safety concerns, the declivity of berth also has economic implications. If a berth is difficult to navigate due to its slope, it may lead to delays in loading and unloading processes, resulting in increased costs for shipping companies. These delays can ripple through the supply chain, affecting delivery times and customer satisfaction. Consequently, careful planning and consideration of the berth's characteristics can enhance operational efficiency and reduce expenses.In conclusion, the term declivity of berth encapsulates an important aspect of maritime operations that should not be overlooked. Its implications for safety, logistics, and economics underscore the need for thorough assessments and planning when docking a vessel. As the maritime industry continues to evolve, understanding such terminology will remain essential for ensuring smooth and efficient operations at ports around the world. By paying attention to the declivity of berth, shipping professionals can better navigate the complexities of their work, ultimately leading to safer and more efficient maritime practices.

在海洋导航的世界中，理解不同术语以描述船舶操作的各个方面对于任何参与该行业的人来说都是至关重要的。其中一个术语是泊位的下坡度，它指的是船舶停靠区域的向下倾斜或坡度。这个概念在确保装卸货物的安全和效率以及船舶在港口停留期间的整体稳定性方面起着关键作用。泊位的下坡度可以显著影响船舶到达码头时的位置。如果坡度较陡，船员在进行装卸过程中可能会面临挑战。例如，如果泊位有明显的下坡，重型货物可能会滚动或滑动，从而对工人造成危险，并可能损坏运输的货物。因此，了解泊位的坡度对于规划海洋操作的物流至关重要。此外，泊位的下坡度还影响船舶在码头的固定方式。当船舶停靠在倾斜的表面上时，必须考虑坡度的角度，以确保系缆线的张力适当。如果系缆线过松，船舶可能会漂离码头；如果过紧，可能会对船体结构造成不必要的压力。因此，在任何停靠之前，必须对泊位的下坡度进行全面评估。另一个需要考虑的方面是泊位的下坡度如何与潮汐变化相互作用。港口通常受到潮汐引起的水位变化的影响，这些波动可能会加剧倾斜泊位所带来的挑战。在高潮时，坡度可能变得不那么明显，但随着潮水退去，坡度可能变得更陡，增加了在货物操作过程中发生事故的风险。因此，港口管理部门和船舶运营商必须监测潮汐模式并相应调整其操作。除了安全问题外，泊位的下坡度还有经济影响。如果由于坡度而使泊位难以导航，可能会导致装卸过程中的延误，从而增加航运公司的成本。这些延误可能会波及整个供应链，影响交货时间和客户满意度。因此，仔细规划和考虑泊位的特征可以提高操作效率，降低费用。总之，术语泊位的下坡度概括了海洋操作中的一个重要方面，绝不可忽视。它对安全、物流和经济的影响强调了在停靠船舶时进行彻底评估和规划的必要性。随着海洋行业的不断发展，理解这样的术语将继续对确保全球港口的顺利和高效操作至关重要。通过关注泊位的下坡度，航运专业人士可以更好地应对工作中的复杂性，最终实现更安全、更高效的海洋实践。