quadruple screw steamer

简明释义

四螺旋桨蒸汽机船

英英释义

例句

1.The engineering team designed a new quadruple screw steamer to improve the efficiency of maritime transport.

工程团队设计了一种新的四螺旋蒸汽船以提高海上运输的效率。

2.The quadruple screw steamer made its maiden voyage last summer, setting records for speed.

这艘四螺旋蒸汽船去年夏天首次航行，创造了速度记录。

3.The historical significance of the quadruple screw steamer cannot be overstated in the development of naval technology.

在海军技术的发展中，四螺旋蒸汽船的历史意义不容小觑。

4.During the exhibition, the quadruple screw steamer attracted many visitors due to its innovative design.

在展览期间，这艘四螺旋蒸汽船因其创新设计吸引了众多游客。

5.Our research focuses on the propulsion systems of the quadruple screw steamer for enhanced speed and stability.

我们的研究集中在四螺旋蒸汽船的推进系统上，以提高速度和稳定性。

作文

The advent of steam-powered vessels revolutionized maritime transportation in the 19th century. Among these innovations, the quadruple screw steamer stands out as a remarkable engineering feat. Unlike traditional steamships that utilized a single or double screw propeller, the quadruple screw steamer employed four separate screws to enhance its propulsion efficiency and speed. This design allowed for greater maneuverability and power, making it an ideal choice for both commercial and military applications. One of the most notable examples of a quadruple screw steamer is the RMS Mauretania, which was launched in 1906. This ship not only set records for transatlantic crossings but also showcased the capabilities of its innovative propulsion system. The use of four screws meant that the vessel could achieve higher speeds than its contemporaries, effectively reducing travel time across the Atlantic Ocean. The engineering behind the quadruple screw steamer involved intricate calculations and precise craftsmanship, ensuring that each screw worked in harmony with the others to create a powerful thrust. The advantages of a quadruple screw steamer extend beyond speed. The redundancy built into the design means that if one screw fails, the remaining three can still propel the vessel, providing a level of safety that single-screw ships lack. This aspect was particularly crucial during wartime, where reliability and performance could mean the difference between success and failure in naval operations. Furthermore, the quadruple screw steamer design paved the way for future advancements in marine engineering. It inspired new concepts in propulsion systems, leading to the development of modern vessels that utilize multiple propellers for improved performance. The principles established by early quadruple screw steamers continue to influence contemporary shipbuilding practices. In conclusion, the quadruple screw steamer represents a significant milestone in maritime history. Its innovative design not only enhanced the speed and efficiency of steamships but also contributed to advancements in naval architecture. As we look back at these remarkable vessels, we can appreciate the ingenuity and vision of the engineers who dared to push the boundaries of technology in their quest for faster and safer sea travel. The legacy of the quadruple screw steamer endures, reminding us of the transformative power of innovation in shaping the world around us.

蒸汽动力船的出现彻底改变了19世纪的海洋运输。在这些创新中，四螺旋桨蒸汽船作为一项显著的工程成就脱颖而出。与传统的单螺旋桨或双螺旋桨蒸汽船不同，四螺旋桨蒸汽船使用四个独立的螺旋桨来增强其推进效率和速度。这种设计使得船只具有更大的机动性和动力，成为商业和军事应用的理想选择。最著名的四螺旋桨蒸汽船之一是1906年下水的RMS Mauretania。这艘船不仅创造了跨大西洋航行的记录，还展示了其创新推进系统的能力。四个螺旋桨的使用意味着该船可以比同时代的船只实现更高的速度，有效缩短了跨越大西洋的旅行时间。四螺旋桨蒸汽船背后的工程涉及复杂的计算和精密的工艺，确保每个螺旋桨能够与其他螺旋桨协调工作，从而产生强大的推进力。四螺旋桨蒸汽船的优点不仅限于速度。设计中的冗余性意味着如果一个螺旋桨发生故障，其余的三个仍然可以推动船只，为其提供了一种单螺旋桨船只所缺乏的安全性。这一点在战争时期尤其重要，因为可靠性和性能可能意味着海军行动成功与失败之间的差异。此外，四螺旋桨蒸汽船的设计为未来海洋工程的进步铺平了道路。它激发了推进系统的新概念，导致现代船只的发展，这些船只利用多个螺旋桨以提高性能。早期四螺旋桨蒸汽船建立的原则继续影响当代的造船实践。总之，四螺旋桨蒸汽船代表了海洋历史上的一个重要里程碑。其创新设计不仅提高了蒸汽船的速度和效率，还促进了海军建筑的进步。当我们回顾这些卓越的船只时，可以欣赏到那些敢于在技术边界上进行突破的工程师们的创造力和远见。四螺旋桨蒸汽船的遗产依然存在，提醒我们创新在塑造周围世界中的变革力量。