gate caisson

简明释义

浮箱式坞门

英英释义

例句

1.The design of the gate caisson allows for easy access during maintenance.

该闸门沉箱的设计便于在维护时轻松进入。

2.A large gate caisson was deployed to support the new bridge construction.

一个大型闸门沉箱被部署以支持新桥的建设。

3.The engineers decided to use a gate caisson for the underwater construction project.

工程师们决定在水下施工项目中使用闸门沉箱。

4.During the inspection, we found that the gate caisson was properly sealed to prevent water ingress.

在检查中，我们发现闸门沉箱密封良好，能够防止水渗入。

5.The gate caisson is crucial for controlling water levels in the reservoir.

在水库中，闸门沉箱对控制水位至关重要。

作文

The term gate caisson refers to a specialized structure used in the construction and maintenance of underwater or submerged gates, particularly in hydraulic engineering. These structures are essential for controlling water flow in various applications, such as locks, dams, and floodgates. The gate caisson is designed to be watertight and can be used to create a dry work environment for workers and machinery when constructing or repairing these gates. One of the primary functions of a gate caisson is to provide access to the underwater components of a gate system. When a new gate is being installed or an existing one is being repaired, the gate caisson allows engineers to work safely below the waterline. This is crucial because it protects the integrity of the construction process and ensures that the work can be completed efficiently and effectively.The construction of a gate caisson typically involves creating a large, box-like structure that is anchored to the riverbed or seabed. This structure is then filled with air or water to maintain its stability and prevent it from floating away. Once the gate caisson is in place, the area inside can be pumped out, creating a dry space where workers can operate without the interference of water. In addition to its practical applications, the design of a gate caisson also reflects the principles of engineering and physics. Engineers must carefully calculate factors such as buoyancy, pressure, and material strength to ensure that the gate caisson can withstand the forces exerted by the surrounding water. This requires a deep understanding of fluid dynamics and structural engineering, making it a fascinating area of study for those interested in these fields.Moreover, the use of gate caisson technology has evolved over the years. Modern materials and construction techniques have improved the efficiency and safety of these structures. For instance, the introduction of reinforced concrete and advanced sealing technologies has enhanced the durability of gate caisson designs, allowing them to last longer and perform better under challenging conditions.In conclusion, the gate caisson plays a vital role in hydraulic engineering by providing a safe and effective means to manage water flow in various systems. Its design and construction are complex, requiring specialized knowledge and skills. As we continue to develop our infrastructure and respond to challenges such as climate change and rising sea levels, the importance of gate caisson technology will only grow. Understanding its function and significance is essential for future engineers and environmental planners, ensuring that we can maintain and improve our water management systems for generations to come.

“gate caisson”一词指的是一种专门结构，主要用于水下或淹没式闸门的建造和维护，尤其是在水利工程中。这些结构对于控制各种应用中的水流至关重要，例如船闸、大坝和防洪闸。“gate caisson”设计为防水，可以在建造或修理这些闸门时，为工人和机械提供一个干燥的工作环境。“gate caisson”的主要功能之一是为闸门系统的水下组件提供通道。当新闸门被安装或现有闸门被修理时，“gate caisson”允许工程师在水线以下安全工作。这一点至关重要，因为它保护了施工过程的完整性，确保工作能够高效有效地完成。“gate caisson”的构造通常涉及创建一个大型的箱状结构，该结构锚固在河床或海床上。然后将该结构填充空气或水以保持其稳定性，防止其漂浮。一旦“gate caisson”就位，内部区域可以抽水，从而创造出一个干燥的空间，使工人在没有水干扰的情况下操作。除了实用应用外，“gate caisson”的设计也反映了工程和物理学的原理。工程师必须仔细计算浮力、压力和材料强度等因素，以确保“gate caisson”能够承受周围水体施加的力量。这需要对流体动力学和结构工程有深刻的理解，使其成为对这些领域感兴趣的人们的迷人研究领域。此外，“gate caisson”技术的使用也随着岁月的发展而演变。现代材料和施工技术提高了这些结构的效率和安全性。例如，增强混凝土和先进密封技术的引入提高了“gate caisson”设计的耐久性，使其能够在困难条件下更长久且更好地运行。总之，“gate caisson”在水利工程中发挥着至关重要的作用，为管理各种系统中的水流提供了一种安全有效的方法。其设计和建造过程复杂，需要专业知识和技能。随着我们继续发展基础设施并应对气候变化和海平面上升等挑战，“gate caisson”技术的重要性只会增加。理解其功能和意义对于未来的工程师和环境规划者至关重要，确保我们能够维护和改善我们的水管理系统，为后代服务。