full-ended ship

简明释义

肥首尾船

英英释义

例句

1.The design of a full-ended ship is particularly suited for carrying bulk cargo efficiently.

一种全端船的设计特别适合有效运输散装货物。

2.The full-ended ship can navigate through shallow waters better than other types.

与其他类型的船只相比，全端船能更好地在浅水区航行。

3.A full-ended ship typically has a wider beam, which contributes to its cargo capacity.

全端船通常具有更宽的船宽，这有助于其货物容量。

4.Our company invested in a new full-ended ship to enhance our shipping capabilities.

我们公司投资了一艘新的全端船以增强我们的运输能力。

5.Engineers often prefer a full-ended ship for its stability in rough seas.

工程师通常更喜欢全端船，因为它在恶劣海况下更稳定。

作文

The maritime industry has a rich vocabulary that often reflects the technical and functional aspects of ships. One term that stands out is the full-ended ship, which refers to a type of vessel characterized by its symmetrical design at both the bow and stern. This design not only enhances the aesthetic appeal of the ship but also contributes to its hydrodynamic efficiency. In essence, a full-ended ship is built to minimize resistance when navigating through water, allowing it to travel faster and more smoothly.Historically, the design of ships has evolved significantly. Early vessels were often designed with pointed bows and tapered sterns, which were practical for their time. However, as maritime technology advanced, shipbuilders began to experiment with different shapes and designs. The emergence of the full-ended ship marked a significant turning point in shipbuilding. With its broad, rounded ends, this type of ship became popular for various purposes, including cargo transport and passenger travel.One of the primary advantages of a full-ended ship is its ability to maintain stability in rough waters. The symmetrical shape allows for better weight distribution, reducing the likelihood of capsizing during turbulent conditions. This stability is particularly important for large vessels that carry heavy loads or numerous passengers. Additionally, the design helps improve maneuverability, making it easier for the ship to navigate tight spaces or crowded ports.Another noteworthy aspect of full-ended ships is their capacity for carrying cargo. The spacious interior provided by the full ends allows for larger holds, which can accommodate a greater volume of goods. This feature has made them a preferred choice for shipping companies seeking to maximize efficiency and profitability. Furthermore, the increased cargo capacity does not come at the expense of speed; many full-ended ships are designed to be swift, ensuring timely delivery of goods across oceans.In recent years, the environmental impact of shipping has become a significant concern. As such, the design of full-ended ships has also been influenced by the need for sustainability. Modern shipbuilders are incorporating eco-friendly technologies and materials into their designs, aiming to reduce fuel consumption and emissions. The streamlined shape of a full-ended ship naturally lends itself to these innovations, allowing for a more sustainable approach to maritime transport.In conclusion, the full-ended ship represents a remarkable achievement in ship design, combining aesthetic appeal with functional efficiency. Its symmetrical shape contributes to stability, cargo capacity, and maneuverability, making it a versatile choice for various maritime applications. As the industry continues to evolve, the full-ended ship will likely remain a vital component of naval architecture, adapting to meet the challenges of modern shipping demands while promoting environmental sustainability.

海事行业有丰富的词汇，常常反映出船舶的技术和功能方面。其中一个突出的术语是全端船，指的是一种船只，其特征是船头和船尾的对称设计。这种设计不仅增强了船舶的美观性，还提高了其水动力效率。本质上，全端船旨在减少航行时的阻力，使其能够更快、更平稳地航行。从历史上看，船舶的设计经历了显著的演变。早期的船只通常设计成尖头和锥形尾，这在当时是实用的。然而，随着海事技术的进步，造船师开始尝试不同的形状和设计。全端船的出现标志着造船业的一个重要转折点。凭借其宽大、圆润的船头和船尾，这种类型的船舶在货物运输和客运等多种用途上变得流行。全端船的主要优点之一是其在波涛汹涌的水域中保持稳定的能力。对称的形状有助于更好的重量分布，减少在动荡条件下翻船的可能性。这种稳定性对于承载重负荷或众多乘客的大型船只尤为重要。此外，这种设计有助于提高机动性，使船舶更容易在狭窄空间或拥挤的港口中航行。全端船的另一个值得注意的方面是其载货能力。全端提供的宽敞内部空间允许更大的货舱，可以容纳更多的货物。这一特点使它们成为希望最大化效率和盈利能力的航运公司的首选。此外，增加的货物容量并没有以牺牲速度为代价；许多全端船被设计得非常快速，以确保货物在海洋间及时送达。近年来，航运的环境影响已成为一个重要问题。因此，全端船的设计也受到可持续性需求的影响。现代造船商正在将环保技术和材料融入其设计中，旨在减少燃料消耗和排放。全端船的流线型形状自然适合这些创新，允许采用更可持续的海事运输方式。总之，全端船代表了船舶设计的杰出成就，将美学吸引力与功能效率结合在一起。其对称形状有助于稳定性、货物容量和机动性，使其成为多种海事应用的多功能选择。随着行业的不断发展，全端船可能仍将是海军建筑的重要组成部分，适应现代航运需求的挑战，同时促进环境可持续性。