bluff-bowed ship

简明释义

肥首型船

英英释义

例句

1.The bluff-bowed ship can cut through waves more efficiently than traditional designs.

这种平头船比传统设计更有效地切割波浪。

2.The naval architect praised the bluff-bowed ship for its innovative hull design.

海军建筑师称赞这艘平头船的创新船体设计。

3.During the storm, the bluff-bowed ship held its course remarkably well.

在风暴中，这艘平头船表现出色，稳稳地保持航向。

4.Many fishermen prefer a bluff-bowed ship for its ease of maneuverability.

许多渔民更喜欢使用平头船，因为它操作灵活。

5.The bluff-bowed ship is designed for better stability in rough seas.

这种平头船的设计旨在提高在恶劣海况下的稳定性。

作文

The evolution of ship design has been a fascinating journey, reflecting advancements in technology, changes in trade routes, and the needs of maritime navigation. One significant innovation in this field is the development of the bluff-bowed ship (平头船), which has transformed how vessels are constructed and used in various marine environments. The term 'bluff-bowed' refers to the shape of the ship's bow, characterized by a broad and flat front that allows for greater stability and cargo capacity. This design contrasts sharply with traditional ships that have pointed bows, which were primarily built for speed and maneuverability.Historically, the introduction of the bluff-bowed ship (平头船) can be traced back to the early 20th century when engineers began to realize the advantages of a wider bow. As maritime trade expanded, the demand for larger cargo ships grew, necessitating designs that could carry more goods while maintaining seaworthiness. The bluff bow provides a larger area at the front of the ship, which not only increases storage space but also enhances the vessel's ability to navigate through rough waters. This was particularly beneficial for bulk carriers that transport heavy commodities like coal, grain, and minerals.In addition to their practical advantages, bluff-bowed ships (平头船) also have implications for fuel efficiency. The flatter bow reduces resistance as the ship moves through the water, allowing it to travel faster and consume less fuel compared to its pointed-bow counterparts. This aspect is increasingly important in today's world, where environmental concerns and fuel costs are at the forefront of maritime operations. By adopting the bluff-bowed ship (平头船) design, shipping companies can reduce their carbon footprint while maximizing their operational efficiency.Moreover, the design of bluff-bowed ships (平头船) has influenced naval architecture beyond commercial shipping. Military vessels and research ships have also adopted elements of this design to improve their functionality. For instance, naval ships benefit from the increased stability provided by the bluff bow, which is crucial during combat situations or in adverse weather conditions. Similarly, research vessels that operate in challenging environments, such as polar regions, find that the bluff-bowed ship (平头船) design aids in ice navigation and provides better buoyancy.However, the transition to bluff-bowed ships (平头船) has not been without challenges. Traditionalists in the maritime industry often argue that the aesthetic appeal of classic ship designs is being lost. Additionally, some shipbuilders face difficulties adapting their construction techniques to accommodate the unique requirements of bluff-bowed hulls. Despite these challenges, the benefits of the bluff-bowed ship (平头船) design are hard to ignore, especially as the industry continues to innovate and adapt to changing global demands.In conclusion, the bluff-bowed ship (平头船) represents a significant advancement in maritime design, offering numerous advantages in terms of stability, cargo capacity, and fuel efficiency. As we look to the future of shipping and naval architecture, it is clear that the influence of the bluff-bowed ship (平头船) will continue to shape the way vessels are designed and operated, ensuring they meet the challenges of modern maritime commerce and exploration.

船舶设计的演变是一段迷人的旅程，反映了技术的进步、贸易路线的变化以及海上航行的需求。在这一领域，一个重要的创新是平头船的开发，它改变了各种海洋环境中船只的建造和使用方式。术语“平头”指的是船首的形状，特点是宽阔而平坦的前部，能够提供更大的稳定性和货物容量。这种设计与传统船舶的尖头船形成鲜明对比，后者主要是为了速度和机动性而建造。历史上，平头船的引入可以追溯到20世纪初，当时工程师们开始意识到宽头的优势。随着海洋贸易的扩大，对大型货船的需求不断增长，迫使设计者们寻找能够在保持海上适航性的同时，承载更多货物的设计。平头船提供了船前部的更大面积，这不仅增加了储存空间，还增强了船只在恶劣水域中的导航能力。这对运输煤炭、谷物和矿物等重型商品的散货船尤其有利。除了实用优势外，平头船还对燃油效率产生了影响。较平的船头减少了船只在水中移动时的阻力，使其能够比尖头船更快地航行并消耗更少的燃料。在当今世界，环境问题和燃料成本处于海运运营的最前沿，这一点尤为重要。通过采用平头船设计，航运公司能够在最大化运营效率的同时，减少碳足迹。此外，平头船的设计还影响了商业航运以外的海军建筑。军事船只和研究船也采用了这种设计的元素，以提高其功能性。例如，海军舰艇受益于平头所提供的增强稳定性，这在战斗或恶劣天气条件下至关重要。同样，在极端环境中作业的研究船，如极地地区，发现平头船设计有助于冰层导航，并提供更好的浮力。然而，向平头船过渡并非没有挑战。海事行业的传统主义者常常认为经典船舶设计的美学正在丧失。此外，一些造船商在调整其建造技术以适应宽头船体的独特要求时面临困难。尽管存在这些挑战，但平头船设计的好处是难以忽视的，特别是在行业继续创新和适应全球需求变化的情况下。总之，平头船代表了海洋设计的重要进步，在稳定性、货物容量和燃油效率方面提供了众多优势。展望未来航运和海军建筑，显然平头船的影响将继续塑造船只的设计和操作方式，确保它们能够应对现代海洋商业和探索的挑战。