breakwater caisson

简明释义

防波堤沉箱

英英释义

例句

1.The breakwater caisson was designed to withstand heavy impacts from large ships entering the port.

该防波堤沉箱旨在承受大型船只进入港口时的重击。

2.Local authorities approved the installation of a new breakwater caisson to enhance coastal protection.

当地政府批准安装新的防波堤沉箱以增强沿海保护。

3.Engineers are analyzing the stability of the breakwater caisson under various tidal conditions.

工程师正在分析在不同潮汐条件下防波堤沉箱的稳定性。

4.The construction team decided to use a breakwater caisson for the new harbor to protect against strong waves.

施工团队决定为新港口使用防波堤沉箱以抵御强浪。

5.During the storm, the breakwater caisson held up remarkably well and prevented flooding in the nearby areas.

在暴风雨期间，防波堤沉箱表现得相当不错，防止了附近地区的洪水。

作文

The concept of a breakwater caisson is essential in coastal engineering, where the protection of shorelines from the relentless forces of the sea is paramount. A breakwater caisson is essentially a large structure made of reinforced concrete that is designed to absorb and deflect wave energy, thereby reducing erosion and protecting harbors and coastlines. These structures are typically placed offshore, creating a barrier that helps to calm the waters behind them, making it safer for vessels to dock and for recreational activities to take place.One of the primary functions of a breakwater caisson is to provide shelter for ships. In busy ports, the safety of vessels during storms is critical. By constructing a breakwater caisson, engineers can create a safe harbor where boats can rest without being tossed around by turbulent waves. This not only ensures the safety of the vessels but also supports the economic activities of the port, as it allows for continuous operation regardless of weather conditions.Moreover, breakwater caissons play a vital role in coastal protection. Coastal areas are often at risk of erosion due to wave action, especially during storms. The installation of a breakwater caisson can significantly reduce the impact of these waves on the shoreline, thus preserving the land behind it. Over time, this can lead to the accumulation of sediment in the calmer waters created by the breakwater, further enhancing the stability of the beach and surrounding environment.In addition to their protective functions, breakwater caissons can also contribute to marine ecosystems. The structures can serve as artificial reefs, providing habitats for various marine species. As marine life begins to colonize the breakwater caisson, it enhances biodiversity in the area, which can be beneficial for local fishing industries and for maintaining healthy ocean ecosystems.However, the construction of breakwater caissons is not without challenges. Engineers must consider various factors, including the hydrodynamics of the area, sediment transport, and the potential environmental impacts. The design and placement of a breakwater caisson require careful planning and analysis to ensure that it effectively serves its purpose without causing unintended consequences, such as increased erosion in other areas or disruption of local wildlife.In conclusion, the importance of a breakwater caisson in coastal engineering cannot be overstated. It serves multiple functions, from protecting shorelines and providing safe harbors to enhancing marine ecosystems. As climate change continues to affect our coastlines, the role of breakwater caissons will likely become even more critical. Engineers and environmentalists must work together to develop innovative designs and strategies for implementing these structures in a sustainable manner, ensuring that they provide the necessary protection while also supporting the health of our oceans and coastal communities.

“防波堤箱”这一概念在海岸工程中至关重要，保护海岸线免受海洋无情力量的侵袭是重中之重。“防波堤箱”本质上是由钢筋混凝土制成的大型结构，旨在吸收和偏转波浪能量，从而减少侵蚀并保护港口和海岸线。这些结构通常位于海岸线外，形成一个屏障，有助于平静它们后面的水域，使船只停靠和进行休闲活动变得更加安全。“防波堤箱”的主要功能之一是为船只提供庇护。在繁忙的港口中，暴风雨期间船只的安全至关重要。通过建造“防波堤箱”，工程师可以创建一个安全的港口，让船只在不被波涛翻滚的情况下休息。这不仅确保了船只的安全，还支持了港口的经济活动，因为它允许在任何天气条件下持续运营。此外，“防波堤箱”在海岸保护方面也发挥着重要作用。由于波浪作用，海岸地区常常面临侵蚀风险，尤其是在风暴期间。安装“防波堤箱”可以显著减少这些波浪对海岸线的影响，从而保护其后面的土地。随着时间的推移，这可能导致在防波堤后方平静水域中沉积物的积累，进一步增强海滩及周围环境的稳定性。除了保护功能外，“防波堤箱”还可以促进海洋生态系统的发展。这些结构可以作为人工礁，为各种海洋物种提供栖息地。随着海洋生物开始在“防波堤箱”上定居，它增强了该地区的生物多样性，这对当地渔业和维持健康的海洋生态系统都是有益的。然而，建设“防波堤箱”并非没有挑战。工程师必须考虑各种因素，包括该地区的水动力学、沉积物运输和潜在的环境影响。“防波堤箱”的设计和放置需要仔细规划和分析，以确保它有效地发挥作用，而不会造成意想不到的后果，例如其他区域的侵蚀加剧或对当地野生动物的干扰。总之，“防波堤箱”在海岸工程中的重要性不容小觑。它具有多种功能，从保护海岸线和提供安全港口到增强海洋生态系统。随着气候变化继续影响我们的海岸线，“防波堤箱”的作用可能变得更加关键。工程师和环保人士必须共同努力，开发创新的设计和实施这些结构的可持续策略，确保它们在提供必要保护的同时，也支持我们海洋和沿海社区的健康。