tetchered float breakwater

简明释义

浮球阵式防波堤

英英释义

例句

1.The construction of the tetchered float breakwater 拼接浮筒防波堤 was completed ahead of schedule, ensuring safety for the upcoming regatta.

这座tetchered float breakwater拼接浮筒防波堤的建设提前完成，为即将到来的帆船赛确保了安全。

2.During the storm, the tetchered float breakwater 拼接浮筒防波堤 proved to be effective in reducing wave energy.

在风暴期间，tetchered float breakwater拼接浮筒防波堤被证明在减少波浪能量方面非常有效。

3.Local fishermen appreciated the stability provided by the tetchered float breakwater 拼接浮筒防波堤 while they were out at sea.

当地渔民很感激在海上作业时tetchered float breakwater拼接浮筒防波堤提供的稳定性。

4.Environmental studies indicated that the tetchered float breakwater 拼接浮筒防波堤 would help in preserving marine life.

环境研究表明，tetchered float breakwater拼接浮筒防波堤将有助于保护海洋生物。

5.The coastal engineers designed a new tetchered float breakwater 拼接浮筒防波堤 to enhance the protection of the harbor.

海岸工程师设计了一种新的tetchered float breakwater拼接浮筒防波堤，以增强港口的保护。

作文

The concept of a tetchered float breakwater is an intriguing one, particularly in the field of coastal engineering and marine construction. A breakwater is a structure designed to protect a coast or harbor from the effects of waves and erosion. The term 'tetchered' refers to something that is patched or made up of different pieces, which can be an essential characteristic of certain types of breakwaters. In this essay, I will explore the significance and functionality of the tetchered float breakwater in modern maritime applications.First and foremost, the primary purpose of a breakwater is to create a calm area of water behind it, allowing for safe navigation and anchorage for boats and ships. Traditional breakwaters are often constructed from solid materials like concrete or stone, but the tetchered float breakwater offers a more flexible and innovative solution. This type of breakwater consists of modular floating units that can be easily assembled and disassembled, which makes them ideal for temporary installations or areas where conditions change frequently.One of the key advantages of the tetchered float breakwater is its adaptability. Because it is made up of various components, it can be tailored to fit specific environmental needs. For example, in areas where wave action is particularly strong, engineers can design a tetchered float breakwater with additional buoyancy or larger surface area to effectively dissipate wave energy. This customization ensures that the breakwater remains effective even as conditions change over time.Moreover, the use of a tetchered float breakwater can significantly reduce construction costs and time. Traditional breakwater projects often require heavy machinery and extensive labor to build, which can lead to delays and increased expenses. In contrast, the modular nature of a tetchered float breakwater allows for quicker assembly, often requiring fewer resources and less manpower. This efficiency can be particularly beneficial in regions where quick responses to environmental changes are necessary, such as during storm seasons or in response to rising sea levels.Additionally, the tetchered float breakwater can have ecological benefits. By incorporating gaps or spaces between the floating units, marine life can thrive in the area surrounding the breakwater. This feature promotes biodiversity and can provide habitats for various species, contributing to healthier marine ecosystems. Furthermore, the floating design minimizes disruption to the seabed, which is crucial for maintaining natural habitats and reducing the impact of construction on local wildlife.However, it is essential to consider the challenges associated with tetchered float breakwater systems. While they offer flexibility and adaptability, their effectiveness can be influenced by factors such as wind, currents, and debris accumulation. Engineers must carefully assess these elements when designing and deploying a tetchered float breakwater to ensure it meets the necessary performance standards.In conclusion, the tetchered float breakwater represents a significant advancement in coastal protection technology. Its modular design, cost-effectiveness, and potential ecological benefits make it a valuable option for many coastal communities. As we continue to face the challenges posed by climate change and rising sea levels, innovative solutions like the tetchered float breakwater will be essential in safeguarding our shores and promoting sustainable marine environments.

“tetchered float breakwater”（拼接浮筒防波堤）的概念在海岸工程和海洋建设领域中是一个引人入胜的主题。防波堤是一种旨在保护海岸或港口免受波浪和侵蚀影响的结构。“tetchered”这个词指的是由不同部分拼接而成的东西，这可以是某些类型防波堤的重要特征。在这篇文章中，我将探讨“tetchered float breakwater”（拼接浮筒防波堤）在现代海洋应用中的重要性和功能。首先，防波堤的主要目的是在其后方创造一个平静的水域，以便船只和舰艇安全航行和停泊。传统的防波堤通常由混凝土或石材等固体材料构成，但“tetchered float breakwater”（拼接浮筒防波堤）提供了一种更加灵活和创新的解决方案。这种类型的防波堤由模块化的浮动单元组成，可以轻松组装和拆卸，非常适合临时安装或条件频繁变化的区域。“tetchered float breakwater”（拼接浮筒防波堤）的一个关键优势是其适应性。由于它由各种组件构成，可以根据特定的环境需求进行定制。例如，在波浪作用特别强烈的地区，工程师可以设计一个具有额外浮力或更大表面积的“tetchered float breakwater”（拼接浮筒防波堤），以有效地消散波浪能量。这种定制确保了防波堤即使在条件随时间变化时仍然有效。此外，使用“tetchered float breakwater”（拼接浮筒防波堤）可以显著降低建设成本和时间。传统的防波堤项目通常需要重型机械和大量劳动力来建造，这可能导致延误和费用增加。相比之下，“tetchered float breakwater”（拼接浮筒防波堤）的模块化特性允许更快的组装，通常需要更少的资源和人力。这种效率在环境变化快速的地区尤其有益，例如在风暴季节或应对海平面上升时。此外，“tetchered float breakwater”（拼接浮筒防波堤）还可能具有生态益处。通过在浮动单元之间留出间隙或空间，周围的海洋生物可以茁壮成长。这一特性促进了生物多样性，并为各种物种提供栖息地，有助于更健康的海洋生态系统。此外，浮动设计最小化了对海床的干扰，这对于维持自然栖息地和减少建筑对当地野生动物的影响至关重要。然而，必须考虑与“tetchered float breakwater”（拼接浮筒防波堤）系统相关的挑战。虽然它们提供灵活性和适应性，但其有效性可能受到风、洋流和杂物积累等因素的影响。工程师在设计和部署“tetchered float breakwater”（拼接浮筒防波堤）时必须仔细评估这些因素，以确保其符合必要的性能标准。总之，“tetchered float breakwater”（拼接浮筒防波堤）代表了海岸保护技术的重大进步。其模块化设计、成本效益和潜在的生态益处使其成为许多沿海社区的宝贵选择。随着我们继续面临气候变化和海平面上升带来的挑战，像“tetchered float breakwater”（拼接浮筒防波堤）这样的创新解决方案将在保护我们的海岸和促进可持续海洋环境方面发挥至关重要的作用。