deadweight ton (DWT); weight ton

简明释义

重量吨

英英释义

例句

1.A vessel's deadweight ton (DWT) is often used to assess its economic viability for transporting goods.

船舶的载重吨 (DWT)通常用于评估其运输货物的经济可行性。

2.The cargo ship has a maximum capacity of 50,000 deadweight ton (DWT), which means it can carry that much weight including cargo, fuel, and crew.

这艘货船的最大载重为50,000载重吨 (DWT)，这意味着它可以承载包括货物、燃料和船员在内的这么多重量。

3.When calculating shipping costs, the deadweight ton (DWT) is crucial as it determines how much cargo can be loaded.

在计算运输成本时，载重吨 (DWT)是至关重要的，因为它决定了可以装载多少货物。

4.In maritime logistics, knowing the deadweight ton (DWT) helps in planning the loading and unloading processes efficiently.

在海事物流中，了解载重吨 (DWT)有助于高效规划装卸过程。

5.The new oil tanker was designed with a deadweight ton (DWT) of 300,000 to meet the demands of the market.

这艘新油轮的设计载重吨 (DWT)为300,000，以满足市场的需求。

作文

Understanding the concept of deadweight ton (DWT); weight ton is crucial for anyone involved in maritime industries or shipping logistics. The term refers to the maximum weight a ship can safely carry when it is fully loaded, including cargo, fuel, crew, and provisions. This measurement is significant because it directly impacts the operational efficiency and profitability of shipping operations.To grasp the importance of deadweight ton (DWT); weight ton, we must first recognize how it differs from other measurements used in the shipping industry. For instance, gross tonnage measures the overall internal volume of a ship, while net tonnage accounts for the volume available for carrying goods. In contrast, deadweight ton (DWT); weight ton focuses solely on weight capacity. This distinction is essential for shipowners and operators as they plan their logistics and ensure compliance with maritime regulations.When a ship is designed, engineers calculate its deadweight ton (DWT); weight ton capacity based on various factors, including hull design, materials, and intended use. A ship's deadweight ton (DWT); weight ton capacity influences its design and construction, as well as its performance at sea. For example, a bulk carrier may have a high deadweight ton (DWT); weight ton capacity to transport large quantities of goods, while a luxury cruise ship may prioritize passenger comfort over cargo capacity.The implications of deadweight ton (DWT); weight ton extend beyond just the physical attributes of a vessel. Financially, understanding this measurement helps shipping companies optimize their operations. By knowing the deadweight ton (DWT); weight ton capacity, companies can better plan their loading strategies, ensuring that they maximize profits without exceeding safety limits. Overloading a ship can lead to severe consequences, including structural damage, increased fuel consumption, and even maritime disasters.Moreover, environmental considerations are increasingly influencing how deadweight ton (DWT); weight ton is perceived in the shipping industry. As regulations become stricter regarding emissions and environmental impact, shipping companies must consider not only how much weight they can carry but also how efficiently they can do so. A vessel that operates near its deadweight ton (DWT); weight ton limit may consume more fuel and produce higher emissions, which can affect its overall sustainability.In conclusion, the term deadweight ton (DWT); weight ton encapsulates a vital aspect of maritime operations, representing the total weight a ship can carry safely. Understanding this concept allows stakeholders in the shipping industry to make informed decisions about vessel design, operational efficiency, and environmental responsibility. As the maritime sector continues to evolve, the relevance of deadweight ton (DWT); weight ton will remain significant, guiding practices that enhance both economic and ecological outcomes in shipping.

理解死重吨（DWT）；重量吨的概念对于任何参与海事行业或航运物流的人来说都是至关重要的。这个术语指的是一艘船在完全装载时可以安全承载的最大重量，包括货物、燃料、船员和补给。这一测量对于航运操作的运营效率和盈利能力有直接影响。为了掌握死重吨（DWT）；重量吨的重要性，我们必须首先认识到它与航运行业中使用的其他测量方法的不同。例如，毛吨位测量的是船舶的整体内部体积，而净吨位则考虑了可用于运输货物的体积。相比之下，死重吨（DWT）；重量吨专注于重量容量。这一区别对于船东和运营商在规划物流和确保遵守海事法规时至关重要。在设计一艘船时，工程师根据各种因素计算其死重吨（DWT）；重量吨容量，包括船体设计、材料和预期用途。一艘船的死重吨（DWT）；重量吨容量影响其设计和建造，以及在海上的表现。例如，一艘散货船可能具有较高的死重吨（DWT）；重量吨容量，以运输大量货物，而豪华游轮可能优先考虑乘客的舒适度而不是货物容量。死重吨（DWT）；重量吨的影响不仅限于船舶的物理特性。财务上，了解这一测量帮助航运公司优化其运营。通过了解死重吨（DWT）；重量吨容量，公司可以更好地规划装载策略，确保在不超过安全限制的情况下最大化利润。超载船舶可能导致严重后果，包括结构损坏、燃料消耗增加，甚至海上灾难。此外，环境考虑因素越来越影响着航运业对死重吨（DWT）；重量吨的看法。随着有关排放和环境影响的法规变得更加严格，航运公司必须考虑他们可以承载多少重量以及如何高效地做到这一点。一艘在其死重吨（DWT）；重量吨限制附近运行的船舶可能会消耗更多燃料并产生更高的排放，这可能影响其整体可持续性。总之，死重吨（DWT）；重量吨这一术语概括了海事操作中的一个重要方面，代表了一艘船可以安全运输的总重量。理解这一概念使航运行业的利益相关者能够就船舶设计、运营效率和环境责任做出明智的决策。随着海事部门的不断发展，死重吨（DWT）；重量吨的相关性将保持重要，指导提升航运经济和生态成果的实践。