quadruple screw steamer

简明释义

四螺旋桨船四螺旋桨蒸汽机船

英英释义

例句

1.The documentary featured a segment on the famous quadruple screw steamer that revolutionized naval travel.

这部纪录片中有一个关于著名的四螺旋桨蒸汽船的片段，它彻底改变了海军旅行。

2.The quadruple screw steamer was able to achieve higher speeds due to its innovative propulsion system.

由于其创新的推进系统，四螺旋桨蒸汽船能够达到更高的速度。

3.During the maritime exhibition, experts discussed the advantages of the quadruple screw steamer over traditional vessels.

在海事展览会上，专家们讨论了四螺旋桨蒸汽船相较于传统船只的优势。

4.The historical museum has a model of a quadruple screw steamer that showcases the engineering marvels of the 19th century.

历史博物馆有一个四螺旋桨蒸汽船的模型，展示了19世纪工程的奇迹。

5.Many engineers today study the design of the quadruple screw steamer for inspiration in modern shipbuilding.

许多工程师今天研究四螺旋桨蒸汽船的设计，以此为现代造船提供灵感。

作文

The evolution of maritime technology has brought about significant advancements in the design and efficiency of ships. One of the most fascinating innovations in this field is the quadruple screw steamer, a vessel that utilizes four screws for propulsion. This design not only enhances speed but also improves maneuverability, making it a remarkable achievement in naval engineering. The quadruple screw steamer represents a pinnacle of steamship technology during its time, showcasing the ingenuity of engineers who sought to push the boundaries of what was possible on water.The term quadruple screw steamer refers to a steamship that is equipped with four propellers, or screws, which are driven by steam engines. This configuration allows for greater thrust and stability compared to traditional single or double screw ships. The increased number of screws means that the ship can distribute power more evenly, resulting in smoother sailing and better handling in rough waters. Additionally, the design allows for redundancy; if one screw fails, the others can still provide sufficient propulsion to keep the vessel moving.Historically, the development of the quadruple screw steamer came at a time when maritime trade was booming, and there was a growing demand for faster and more reliable transportation of goods and passengers. Ships were the lifeline of commerce, and any advantage in speed or efficiency could translate into significant economic benefits. The introduction of steam power revolutionized the shipping industry, and the quadruple screw steamer took this revolution to new heights.One notable example of a quadruple screw steamer is the RMS Mauretania, launched in 1906. This ship was designed for the transatlantic passenger service and was renowned for its speed, often competing with its sister ship, the RMS Lusitania. The Mauretania's advanced propulsion system allowed it to reach speeds of up to 26 knots, making it one of the fastest ships of its time. Its success demonstrated the effectiveness of the quadruple screw steamer design and set a new standard for passenger vessels.In addition to speed, the quadruple screw steamer also offered improvements in safety and stability. With four screws working in tandem, the ship could maintain its course more effectively, even in adverse weather conditions. This was particularly important for long-distance voyages where unpredictable seas could pose a risk to navigation. The enhanced stability provided by the quadruple screws made these vessels more comfortable for passengers, as they experienced less rolling and pitching compared to their single or double screw counterparts.As technology continued to advance, the quadruple screw steamer gradually became less common, replaced by more modern propulsion systems such as diesel engines and gas turbines. However, the legacy of these remarkable vessels lives on in the history of maritime engineering. They paved the way for future innovations and remain a testament to the creativity and determination of those who sought to conquer the seas.In conclusion, the quadruple screw steamer is an extraordinary example of how engineering can transform industries. Its contributions to speed, safety, and stability have had a lasting impact on maritime travel. As we look back at the history of shipbuilding, the quadruple screw steamer stands out as a symbol of progress and innovation, reminding us of the incredible journey that has brought us to the present day in maritime technology.

海洋技术的演变带来了船舶设计和效率的显著进步。其中一个最引人注目的创新就是四螺旋桨蒸汽船，这是一种利用四个螺旋桨推进的船只。这种设计不仅提高了速度，还改善了机动性，使其成为海军工程领域的一个非凡成就。四螺旋桨蒸汽船代表了蒸汽船技术的巅峰，展示了工程师们推动水上可能性的界限的聪明才智。术语四螺旋桨蒸汽船指的是一种装备有四个螺旋桨（或称螺旋桨）的蒸汽船，这些螺旋桨由蒸汽机驱动。这种配置与传统的单螺旋桨或双螺旋桨船相比，可以提供更大的推力和稳定性。螺旋桨数量的增加意味着船只可以更均匀地分配动力，从而实现更平稳的航行和在恶劣水域中的更好操控。此外，该设计还提供了冗余；如果一个螺旋桨失效，其他螺旋桨仍然可以提供足够的推进力，使船只继续航行。从历史上看，四螺旋桨蒸汽船的发展出现在海运贸易蓬勃发展的时期，当时对更快、更可靠的货物和乘客运输的需求日益增长。船只是商业的生命线，任何在速度或效率上的优势都可能转化为显著的经济利益。蒸汽动力的引入彻底改变了航运业，而四螺旋桨蒸汽船将这一革命推向了新的高度。一个著名的四螺旋桨蒸汽船例子是1906年下水的RMS Mauretania。这艘船被设计用于大西洋客运服务，以其速度而闻名，常常与其姐妹船RMS Lusitania竞争。Mauretania的先进推进系统使其能够达到高达26节的速度，成为当时最快的船只之一。它的成功证明了四螺旋桨蒸汽船设计的有效性，并为客运船只设定了新的标准。除了速度外，四螺旋桨蒸汽船在安全性和稳定性方面也有所改善。四个螺旋桨协同工作，使船只能够更有效地保持航向，即使在恶劣天气条件下。这对于长途航行尤其重要，因为不可预测的海洋可能对导航构成风险。四个螺旋桨提供的增强稳定性使这些船只在乘客中更为舒适，因为他们经历的摇摆和颠簸较少，相比于单螺旋桨或双螺旋桨的船只。随着技术的不断进步，四螺旋桨蒸汽船逐渐变得不再常见，取而代之的是更现代的推进系统，如柴油发动机和燃气涡轮。然而，这些非凡船只的遗产在航海工程史上依然存在。它们为未来的创新铺平了道路，成为那些试图征服海洋的人的创造力和决心的证明。总之，四螺旋桨蒸汽船是工程如何改变行业的一个非凡例子。它对速度、安全性和稳定性的贡献对海洋旅行产生了持久的影响。当我们回顾船舶建造的历史时，四螺旋桨蒸汽船作为进步和创新的象征而脱颖而出，提醒我们令人难以置信的旅程将我们带到了今天的海洋技术。