deadweight capacity=deadweight tonnage

简明释义

载重吨位

英英释义

例句

1.The ship has a deadweight capacity=deadweight tonnage of 50,000 tons, allowing it to carry a significant amount of cargo.

这艘船的载重能力=载重吨位为50,000吨，能够运输大量货物。

2.Understanding the deadweight capacity=deadweight tonnage is crucial for shipping companies to maximize profits.

了解载重能力=载重吨位对于航运公司最大化利润至关重要。

3.The deadweight capacity=deadweight tonnage determines how much fuel and supplies can be carried on board.

载重能力=载重吨位决定了可以在船上携带多少燃料和补给品。

4.A vessel with a higher deadweight capacity=deadweight tonnage can transport more goods in a single trip.

一艘具有更高载重能力=载重吨位的船可以在一次航行中运输更多货物。

5.When calculating shipping costs, the deadweight capacity=deadweight tonnage plays a key role.

在计算运输成本时，载重能力=载重吨位起着关键作用。

作文

Understanding the concept of deadweight capacity=deadweight tonnage is crucial for anyone involved in the maritime industry, shipping logistics, or even in academic studies related to naval architecture. Deadweight tonnage (DWT) is a measure that indicates how much weight a ship can safely carry. This includes cargo, fuel, passengers, and crew, but excludes the weight of the ship itself. Essentially, deadweight capacity=deadweight tonnage serves as a fundamental metric for assessing a vessel's efficiency and operational capability.To elaborate, deadweight tonnage is calculated by taking the difference between the ship's loaded and light displacement. The light displacement is the weight of the ship when it is empty, while the loaded displacement is the weight when it is fully loaded with cargo and other necessary provisions. Thus, deadweight capacity=deadweight tonnage provides an essential insight into how much additional weight a ship can carry without compromising its safety or structural integrity.The importance of this metric cannot be overstated. For shipping companies, understanding their vessels' deadweight capacity=deadweight tonnage allows them to optimize their operations. By knowing the maximum weight they can transport, companies can plan their routes and schedules more effectively, ensuring that they do not exceed safe limits while maximizing profitability. A ship that operates at or near its deadweight capacity is often considered to be operating efficiently, as it minimizes the cost per ton of cargo transported.Moreover, regulatory bodies also utilize deadweight capacity=deadweight tonnage for safety and environmental considerations. Ships that exceed their deadweight capacity may face serious risks, including capsizing, structural failure, or environmental hazards due to spills. Therefore, adhering to the guidelines surrounding deadweight tonnage is not only a matter of business efficiency but also one of legal compliance and ethical responsibility.In addition, the concept of deadweight capacity=deadweight tonnage plays a significant role in the design and construction of ships. Naval architects must consider the intended use of the vessel and calculate the appropriate deadweight tonnage to ensure that it meets the needs of its future operators. This involves balancing various factors, including hull shape, materials used, and overall design, to create a ship that is both functional and safe.Furthermore, understanding deadweight capacity=deadweight tonnage can also help in making informed decisions regarding the purchase or leasing of vessels. Investors and shipping companies often analyze the deadweight tonnage of potential ships to determine their suitability for specific routes or cargo types. A thorough understanding of this metric can lead to better investment choices and ultimately greater returns.In conclusion, the phrase deadweight capacity=deadweight tonnage encapsulates a vital aspect of maritime operations. Whether for operational efficiency, regulatory compliance, safety considerations, or investment decisions, grasping the significance of deadweight tonnage is indispensable. As the shipping industry continues to evolve, so too will the methods for calculating and applying this important metric, making it an area worthy of ongoing study and attention.

理解死重能力=死重吨位的概念对于任何参与海事行业、航运物流或与船舶设计相关的学术研究的人来说都是至关重要的。死重吨位（DWT）是一个衡量标准，表明一艘船可以安全运输多少重量。这包括货物、燃料、乘客和船员的重量，但不包括船本身的重量。因此，基本上，死重能力=死重吨位作为评估船舶效率和操作能力的基本指标。进一步阐述，死重吨位是通过计算船舶的载重排水量和轻排水量之间的差值得出的。轻排水量是指船舶空船时的重量，而载重排水量是指船舶满载货物和其他必要物资时的重量。因此，死重能力=死重吨位提供了对船舶在不影响安全或结构完整性的情况下可以承载多少额外重量的重要见解。这一指标的重要性不可低估。对于航运公司而言，了解其船舶的死重能力=死重吨位使他们能够优化运营。通过知道他们可以运输的最大重量，公司可以更有效地规划航线和时间表，确保他们不会超过安全限制，同时最大化盈利。以其死重能力运行的船舶通常被认为是高效运营，因为它们降低了每吨运输货物的成本。此外，监管机构也利用死重能力=死重吨位进行安全和环境考虑。超过其死重能力的船舶可能面临严重风险，包括倾覆、结构故障或因泄漏造成的环境危害。因此，遵循有关死重吨位的指南不仅是业务效率的问题，也是法律合规和道德责任的问题。此外，死重能力=死重吨位的概念在船舶的设计和建造中也起着重要作用。船舶设计师必须考虑船舶的预期用途，并计算适当的死重吨位，以确保其满足未来运营者的需求。这涉及平衡各种因素，包括船体形状、所用材料和整体设计，以创建既功能性又安全的船舶。此外，了解死重能力=死重吨位还可以帮助做出有关船舶购买或租赁的明智决定。投资者和航运公司通常会分析潜在船舶的死重吨位，以确定其是否适合特定航线或货物类型。对这一指标的透彻理解可以导致更好的投资选择，最终实现更大的回报。总之，短语死重能力=死重吨位概括了海事运营的一个重要方面。无论是出于运营效率、合规要求、安全考虑还是投资决策，掌握死重吨位的重要性都是不可或缺的。随着航运业的不断发展，计算和应用这一重要指标的方法也将不断演变，使其成为一个值得持续研究和关注的领域。