Voith-Schneider ship

简明释义

平旋推进器船

英英释义

A Voith-Schneider ship is a type of vessel that utilizes the Voith-Schneider propulsion system, which consists of vertically oriented propellers known as rotor blades that can be tilted to provide thrust in any direction.

Voith-Schneider船是一种利用Voith-Schneider推进系统的船舶，该系统由垂直放置的螺旋桨组成，称为转子叶片，可以倾斜以提供任意方向的推力。

例句

1.The captain praised the Voith-Schneider ship's ability to turn in tight spaces without losing speed.

船长赞扬了沃伊特-施耐德船在狭小空间内转向而不失速的能力。

2.For rescue operations in busy ports, a Voith-Schneider ship is often the best choice due to its agility.

在繁忙港口的救援行动中，通常选择沃伊特-施耐德船，因为它的灵活性。

3.The fishing fleet upgraded to a Voith-Schneider ship to enhance their operational efficiency.

渔船队升级为一艘沃伊特-施耐德船，以提高他们的作业效率。

4.The harbor authorities decided to use a Voith-Schneider ship for its superior maneuverability during docking.

港口当局决定使用一艘沃伊特-施耐德船，因为它在靠泊时具有卓越的机动性。

5.During the maritime exhibition, they showcased a Voith-Schneider ship that demonstrated advanced propulsion technology.

在海事展览会上，他们展示了一艘沃伊特-施耐德船，展示了先进的推进技术。

作文

The maritime industry has seen numerous innovations over the years, one of which is the design and functionality of the Voith-Schneider ship. This unique vessel employs a specialized propulsion system that allows for enhanced maneuverability and control compared to traditional ships. The Voith-Schneider ship utilizes a vertical axis propeller system, which provides thrust in multiple directions, making it particularly effective in tight spaces such as harbors or during complex docking maneuvers.The significance of the Voith-Schneider ship lies in its ability to perform intricate movements with precision. Unlike conventional ships that rely on rudders for steering, the Voith-Schneider ship can rotate its propellers to direct thrust, allowing it to move sideways or even rotate in place. This capability is invaluable for tugboats and other vessels that require quick and agile responses to changing conditions. Furthermore, the Voith-Schneider ship is designed to operate efficiently in various marine environments, including shallow waters and areas with strong currents. Its unique propulsion system minimizes the risk of grounding and enhances safety for both the vessel and its crew. As a result, many modern ports are increasingly incorporating Voith-Schneider ships into their fleets to improve operational efficiency and reduce turnaround times.In addition to its practical applications, the Voith-Schneider ship also represents a significant advancement in naval engineering. The design principles behind this vessel have inspired further research and development in marine technology, leading to new innovations in propulsion systems and vessel design. Engineers and designers continue to study the Voith-Schneider ship to explore ways to enhance its capabilities and integrate new technologies, such as automation and green energy solutions.Moreover, the versatility of the Voith-Schneider ship makes it suitable for various sectors within the maritime industry. It is often used in offshore operations, such as wind farm installations and underwater construction, where precise positioning is crucial. The ability of the Voith-Schneider ship to maintain stability and control in challenging conditions is a testament to its advanced engineering and design.In conclusion, the Voith-Schneider ship stands as a remarkable example of innovation in the maritime field. Its unique propulsion system not only enhances maneuverability but also contributes to safer and more efficient maritime operations. As the industry continues to evolve, the Voith-Schneider ship will likely remain at the forefront of naval technology, inspiring future generations of engineers and maritime professionals. Understanding the intricacies of the Voith-Schneider ship is essential for anyone interested in the future of maritime transport and engineering.

海洋工业多年来经历了众多创新，其中之一就是Voith-Schneider船的设计和功能。这种独特的船只采用了一种专门的推进系统，与传统船只相比，具有增强的机动性和控制能力。Voith-Schneider船利用垂直轴螺旋桨系统，能够在多个方向上提供推力，使其在港口等狭小空间或复杂的停靠操作中尤其有效。Voith-Schneider船的重要性在于其能够以精确的方式执行复杂的运动。与依赖舵来转向的传统船只不同，Voith-Schneider船可以旋转其螺旋桨以引导推力，从而使其能够横向移动甚至原地旋转。这一能力对于需要快速和灵活应对变化条件的拖船和其他船只来说是无价的。此外，Voith-Schneider船的设计旨在能够高效地在各种海洋环境中运行，包括浅水区和强流区域。其独特的推进系统最小化了搁浅的风险，并增强了船只及其船员的安全。因此，许多现代港口越来越多地将Voith-Schneider船纳入其船队，以提高运营效率并减少周转时间。除了其实际应用外，Voith-Schneider船还代表了海军工程的一项重要进展。这艘船背后的设计原则激发了对海洋技术的进一步研究和开发，导致推进系统和船只设计的新创新。工程师和设计师继续研究Voith-Schneider船，探索增强其能力和整合新技术（如自动化和绿色能源解决方案）的方法。此外，Voith-Schneider船的多功能性使其适用于海洋工业中的各个部门。它通常用于离岸作业，例如风电场安装和水下施工，在这些领域，精确定位至关重要。Voith-Schneider船在挑战性条件下保持稳定性和控制能力的能力证明了其先进的工程和设计。总之，Voith-Schneider船是海洋领域创新的杰出示例。其独特的推进系统不仅增强了机动性，还为更安全、更高效的海洋操作做出了贡献。随着行业的不断发展，Voith-Schneider船可能会继续处于海军技术的前沿，激励未来一代工程师和海洋专业人士。理解Voith-Schneider船的复杂性对任何对海洋运输和工程的未来感兴趣的人来说都是必不可少的。