movable causeway

简明释义

可移堤道

英英释义

例句

1.During the festival, a movable causeway was set up to connect the main stage to the audience area.

在节日期间，搭建了一个可移动的堤道，将主舞台与观众区连接起来。

2.The park features a movable causeway that adjusts to the changing water levels of the lake.

公园内设有一个可移动的堤道，可以根据湖泊水位的变化进行调整。

3.After the storm, the movable causeway allowed emergency services to reach stranded residents more quickly.

风暴过后，可移动的堤道使紧急服务能够更快地到达被困居民。

4.The construction team installed a movable causeway to facilitate access to the island during low tide.

施工团队安装了一个可移动的堤道，以便在退潮时方便进入岛屿。

5.The city council approved the use of a movable causeway to improve pedestrian access to the waterfront.

市议会批准使用可移动的堤道以改善行人进入海滨的通道。

作文

In the realm of engineering and construction, the term movable causeway refers to a temporary structure that can be adjusted or relocated to accommodate changing conditions. This innovative concept has been instrumental in various projects, ranging from military operations to civil engineering endeavors. The flexibility offered by a movable causeway allows for efficient transportation and access over water bodies or other challenging terrains, making it an invaluable asset in many scenarios.Historically, the idea of a movable causeway dates back to ancient civilizations that needed to traverse rivers and marshlands. The Romans, for example, were known for their advanced engineering skills, and they often constructed bridges that could be dismantled and moved as needed. This adaptability not only facilitated trade and communication but also allowed armies to maneuver effectively during campaigns. In modern times, the concept has evolved, incorporating advanced materials and technologies to enhance durability and ease of use.One notable application of a movable causeway is seen in military logistics. During wartime, rapid deployment of troops and supplies is crucial. A movable causeway enables military forces to establish a quick and reliable route across obstacles like rivers or flooded areas, ensuring that resources are delivered where they are needed most. The ability to reposition these structures as situations change can significantly impact operational success.In civil engineering, movable causeways have been utilized in construction projects where permanent bridges are impractical due to environmental concerns or budget constraints. For instance, during the construction of a bridge over a river, a movable causeway can provide temporary access for workers and equipment while minimizing disruption to the ecosystem. Once the project is completed, the causeway can be dismantled and removed, leaving no permanent footprint.Moreover, movable causeways are increasingly being used in disaster relief efforts. After natural disasters such as floods or hurricanes, access to affected areas is often limited. A movable causeway can be swiftly deployed to restore connectivity, allowing emergency services and humanitarian aid to reach those in need. This rapid response capability can save lives and facilitate recovery efforts, highlighting the importance of having such adaptable solutions at hand.The design of a movable causeway has also seen advancements with the integration of modern technology. Engineers now employ lightweight materials that can withstand harsh conditions while remaining easy to transport and assemble. Innovations such as modular designs allow for quick setup and disassembly, making them even more practical for various applications.In conclusion, the movable causeway serves as a testament to human ingenuity and adaptability. Its historical significance and contemporary applications underscore its role as a crucial tool in both military and civil engineering contexts. As we continue to face challenges related to infrastructure and environmental changes, the development and implementation of movable causeways will likely play an essential role in ensuring accessibility and connectivity in diverse situations. Understanding the function and benefits of a movable causeway not only enhances our appreciation for engineering marvels but also prepares us for future challenges that require innovative solutions.

在工程和建筑领域，术语可移动的堤道指的是一种可以根据变化的条件进行调整或重新定位的临时结构。这一创新概念在各种项目中发挥了重要作用，从军事行动到土木工程事业。可移动的堤道所提供的灵活性使得在水域或其他困难地形上高效运输和通行成为可能，这使其在许多情况下成为不可或缺的资产。历史上，可移动的堤道的概念可以追溯到古代文明，那时人们需要穿越河流和沼泽地。例如，罗马人以其先进的工程技术而闻名，他们经常建造可以拆卸和移动的桥梁。这种适应性不仅促进了贸易和交流，还使军队在战役中能够有效机动。在现代，这一概念已经发展，结合了先进的材料和技术，以增强耐久性和使用便利性。一个显著的可移动的堤道应用可以在军事后勤中看到。在战争时期，快速部署部队和物资至关重要。可移动的堤道使军事力量能够在河流或洪水区域建立快速可靠的通道，确保资源在最需要的地方得到供应。随着情况的变化，重新定位这些结构的能力可以显著影响作战成功。在土木工程中，可移动的堤道被用于那些由于环境问题或预算限制而不切实际的永久性桥梁建设项目。例如，在一座河流上的桥梁建设期间，可移动的堤道可以为工人和设备提供临时通道，同时最小化对生态系统的干扰。一旦项目完成，堤道可以被拆除并移走，不留下永久的足迹。此外，可移动的堤道在灾难救援工作中也越来越多地被使用。在洪水或飓风等自然灾害之后，进入受影响地区的通道往往受到限制。可移动的堤道可以迅速部署以恢复连通性，使紧急服务和人道主义援助能够到达有需要的人。这种快速响应能力可以挽救生命并促进恢复工作，突显出在手头拥有这种适应性解决方案的重要性。可移动的堤道的设计也随着现代技术的整合而有所进步。工程师现在采用轻质材料，这些材料能够承受恶劣条件，同时仍然易于运输和组装。模块化设计等创新使得快速搭建和拆卸成为可能，使其在各种应用中更加实用。总之，可移动的堤道是人类智慧和适应性的见证。它的历史意义和当代应用强调了它在军事和土木工程背景下作为关键工具的角色。随着我们继续面临与基础设施和环境变化相关的挑战，可移动的堤道的发展和实施可能在确保在多种情况下的可达性和连通性方面发挥重要作用。理解可移动的堤道的功能和好处不仅增强了我们对工程奇迹的欣赏，也为我们应对未来需要创新解决方案的挑战做好准备。