load designed waterline

简明释义

设计载重水线

英英释义

例句

1.To ensure safety, the cargo must not exceed the load designed waterline during transportation.

为了确保安全，货物在运输过程中不得超过设计载荷水线。

2.The engineer calculated the vessel's stability based on the load designed waterline.

工程师根据设计载荷水线计算了船舶的稳定性。

3.The captain referred to the load designed waterline to adjust the ballast for optimal performance.

船长参考了设计载荷水线来调整压舱水，以达到最佳性能。

4.The load designed waterline is crucial for determining how much weight a ship can carry.

确定一艘船可以承载多少重量时，设计载荷水线至关重要。

5.During the inspection, the officer checked if the ship was loaded above the load designed waterline.

在检查过程中，官员检查船只是否超载于设计载荷水线。

作文

The concept of the load designed waterline is crucial in naval architecture and maritime engineering. It refers to the specific line on a ship's hull that indicates the maximum level to which a vessel can be loaded while still maintaining stability and safety in water. Understanding this concept is essential for shipbuilders, operators, and even maritime regulators to ensure that vessels are not overloaded, which can lead to dangerous situations at sea.When a ship is constructed, engineers take into account various factors such as its intended use, the materials used in construction, and the weight distribution of cargo. The load designed waterline is determined based on these factors and is marked on the ship's hull before it is launched. This line serves as a guideline for loading the ship with cargo, fuel, and other supplies. If a vessel is loaded beyond this line, it risks becoming unstable, which can result in capsizing or sinking.Moreover, the load designed waterline is not a static measure; it can change based on the conditions of the water, the type of cargo being carried, and the weather. For example, a ship may have a different waterline when fully loaded with heavy machinery compared to when it carries lighter goods like textiles. Therefore, ship operators must constantly monitor their load and adjust accordingly to ensure they remain within safe limits.In addition to safety concerns, adhering to the load designed waterline is also important for regulatory compliance. Maritime laws and regulations often specify maximum loading limits for different types of vessels. Failing to comply with these regulations can result in hefty fines, legal repercussions, and increased scrutiny from maritime authorities. Thus, understanding and respecting the load designed waterline is not just a matter of safety but also of legal responsibility.Furthermore, the importance of the load designed waterline extends beyond individual vessels. It plays a significant role in environmental protection as well. Overloaded ships can lead to oil spills and other forms of pollution if they capsize or run aground. By ensuring that vessels operate within their designated waterlines, we can minimize the risk of such environmental disasters.In conclusion, the load designed waterline is a fundamental aspect of maritime operations that affects the safety, legality, and environmental impact of shipping activities. It is essential for shipbuilders, operators, and regulators to understand this concept thoroughly to ensure safe and efficient maritime transport. As global trade continues to grow, the significance of maintaining proper loading practices and adhering to the load designed waterline will only become more critical in protecting both human lives and our oceans.

“负载设计水线”的概念在海洋建筑和海事工程中至关重要。它指的是船体上标示的特定线条，表示船舶在保持水中稳定性和安全性的情况下可以装载的最大水平。理解这个概念对造船师、运营商甚至海事监管机构来说都至关重要，以确保船只不会超载，这可能导致海上发生危险情况。当一艘船被建造时，工程师会考虑多种因素，例如其预期用途、建造所用的材料以及货物的重量分布。“负载设计水线”是根据这些因素确定的，并在船只下水前标记在船体上。这条线作为装载船只货物、燃料和其他供应的指导。如果船只的装载超过了这一线，它就有可能变得不稳定，导致倾覆或沉没。此外，“负载设计水线”并不是一个静态的测量；它可能会根据水的条件、所承载货物的类型和天气变化而变化。例如，当一艘船完全装载重型机械时，其水线可能与装载轻型货物如纺织品时有所不同。因此，船舶运营商必须不断监测其负载，并相应调整，以确保他们保持在安全限度内。除了安全问题，遵守“负载设计水线”对于合规性也很重要。海事法律和法规通常规定不同类型船舶的最大装载限制。不遵守这些规定可能导致巨额罚款、法律后果以及海事当局的更严格审查。因此，理解和尊重“负载设计水线”不仅是安全问题，也是法律责任的问题。此外，“负载设计水线”的重要性还超越了单个船只。它在环境保护方面也发挥着重要作用。超载的船只如果倾覆或搁浅，可能导致石油泄漏和其他形式的污染。通过确保船舶在其指定水线范围内运行，我们可以最大程度地降低此类环境灾难的风险。总之，“负载设计水线”是海事操作的基本方面，影响着航运活动的安全性、合法性和环境影响。造船师、运营商和监管者必须彻底理解这一概念，以确保安全和高效的海上运输。随着全球贸易的不断增长，维持适当装载实践和遵守“负载设计水线”的重要性只会在保护人类生命和我们的海洋方面变得更加关键。