maximum draught

简明释义

最大吃水

英英释义

例句

1.The maximum draught of the vessel limits the type of cargo it can carry.

该船的最大吃水深度限制了它可以运输的货物类型。

2.During high tide, the maximum draught allows larger vessels to dock.

在高潮期间，最大吃水深度允许更大的船只停靠。

3.Before entering the port, the captain checked the maximum draught to avoid grounding.

在进入港口之前，船长检查了最大吃水深度以避免搁浅。

4.The ship can safely navigate in waters with a maximum draught of 12 meters.

这艘船可以安全地在水深为12米的水域航行，最大吃水深度为12米。

5.The harbor's depth must accommodate the maximum draught of incoming ships.

港口的水深必须能够容纳进港船只的最大吃水深度。

作文

The term maximum draught refers to the deepest point of a vessel's hull that is submerged when it is loaded with cargo. Understanding this concept is crucial for shipbuilders, maritime engineers, and navigators, as it directly impacts a ship's stability, safety, and operational efficiency. When a vessel is loaded, its weight causes it to sink deeper into the water, and the maximum draught indicates the limit of how deep it can go without risking damage or becoming unsafe. In maritime operations, knowing the maximum draught is essential for several reasons. Firstly, it determines the types of ports and waterways a ship can navigate. Shallow ports may not accommodate vessels with a large maximum draught, limiting the options for docking and unloading cargo. This can lead to increased shipping costs and longer delivery times, as goods may need to be transferred to smaller vessels or trucks to reach their final destination. Moreover, the maximum draught plays a significant role in ensuring the vessel's compliance with safety regulations. Different regions have specific guidelines regarding the maximum allowable draught for ships to prevent grounding and ensure safe navigation. A vessel exceeding its maximum draught can easily run aground, causing significant delays and potential damage to both the ship and the marine environment. Additionally, understanding the maximum draught is vital for maintaining the ship's stability. A vessel that is too heavily loaded may experience issues such as listing or capsizing, especially in rough seas. Ship designers must carefully calculate the maximum draught during the construction phase, taking into account the ship's intended use, cargo capacity, and the conditions it will face at sea. In conclusion, the concept of maximum draught is fundamental in the maritime industry. It influences various aspects of shipping operations, from port accessibility to safety and stability. As global trade continues to expand, understanding and adhering to the maximum draught will remain a critical factor for shipowners and operators alike, ensuring that vessels can navigate efficiently and safely across the world's oceans. In summary, the maximum draught (最大吃水深度) is not just a technical specification; it is a crucial parameter that affects operational decisions, safety measures, and economic factors in maritime logistics. Proper management of the maximum draught can lead to more efficient shipping practices, reducing costs and improving service delivery in the competitive world of global trade.

术语最大吃水深度指的是船体在装载货物时沉入水中的最深点。理解这个概念对造船商、海事工程师和航海员至关重要，因为它直接影响到船只的稳定性、安全性和操作效率。当一艘船被装载时，其重量使其更深地沉入水中，而最大吃水深度表示其在不危及损坏或变得不安全的情况下能够沉入水中的极限。在海事操作中，了解最大吃水深度至关重要，原因有很多。首先，它决定了船只可以航行的港口和水道类型。浅水港口可能无法容纳具有大最大吃水深度的船只，从而限制了停靠和卸货的选择。这可能导致运输成本增加和交货时间延长，因为货物可能需要转移到较小的船只或卡车上，以到达最终目的地。此外，最大吃水深度在确保船只符合安全规定方面也发挥着重要作用。不同地区对船只的最大允许吃水深度有具体指南，以防止搁浅并确保安全航行。一艘超过其最大吃水深度的船只很容易搁浅，造成重大延误，并可能对船只和海洋环境造成潜在损害。此外，了解最大吃水深度对于维护船只的稳定性至关重要。一艘负载过重的船只可能会面临倾斜或翻覆的问题，特别是在恶劣海况下。船舶设计师在建造阶段必须仔细计算最大吃水深度，考虑船只的预期用途、货物容量以及在海上将面临的条件。总之，最大吃水深度的概念在海事行业中是基础性的。它影响着航运操作的各个方面，从港口可达性到安全和稳定性。随着全球贸易的不断扩大，理解和遵守最大吃水深度将继续成为船东和运营商的关键因素，确保船只能够高效、安全地在世界海洋中航行。总结来说，最大吃水深度（最大吃水深度）不仅仅是一个技术规格；它是一个关键参数，影响着海事物流中的操作决策、安全措施和经济因素。妥善管理最大吃水深度可以导致更高效的运输实践，降低成本，提高全球贸易竞争中的服务交付。