float caisson

简明释义

浮式沉箱

英英释义

例句

1.The construction team decided to use a float caisson to support the new bridge's foundation.

施工队决定使用浮筒沉箱来支撑新桥的基础。

2.During the project, they encountered difficulties in maneuvering the float caisson into position.

在项目期间，他们在将浮筒沉箱移动到位时遇到了困难。

3.Engineers carefully calculated the dimensions of the float caisson to ensure stability.

工程师仔细计算了浮筒沉箱的尺寸以确保稳定性。

4.After the float caisson was submerged, it provided a solid base for the underwater structure.

在浮筒沉箱被浸入水中后，它为水下结构提供了坚实的基础。

5.The float caisson was designed to be buoyant until it was filled with concrete.

该浮筒沉箱的设计是要在填充混凝土之前保持浮力。

作文

The construction industry is filled with specialized terms and techniques that are essential for the successful completion of various projects. One such term is float caisson, which refers to a type of foundation structure used primarily in underwater construction. A float caisson is essentially a large, hollow box made of reinforced concrete that is designed to float on water until it is positioned at the desired location. Once in place, it is sunk to the seabed or riverbed to provide a stable base for bridges, piers, or other structures. The use of float caissons has several advantages, particularly in marine environments where traditional construction methods may be challenging or impractical.Firstly, the design of a float caisson allows for significant flexibility during the construction process. Because these structures can be floated into position, they can be easily maneuvered to align with specific project requirements. This adaptability is crucial when working in areas with strong currents or unpredictable weather conditions. Additionally, the ability to construct a float caisson on land before moving it to the water’s edge reduces the amount of work that needs to be done in potentially hazardous aquatic environments.Another important aspect of float caissons is their structural integrity. Made from durable materials like reinforced concrete, these foundations are designed to withstand the pressures of both water and the loads imposed by the structures they support. This robustness makes them an ideal choice for projects that require long-lasting stability, such as bridges that must endure heavy traffic or piers that need to support large vessels.Moreover, the installation of a float caisson is often more environmentally friendly compared to other methods of underwater construction. Traditional piling techniques can disturb the seabed and negatively impact local ecosystems. In contrast, using a float caisson minimizes disruption, as it can be placed with precision and requires less excavation. This careful approach helps to preserve marine habitats and maintain ecological balance in the area.In conclusion, the float caisson is a vital innovation in the field of civil engineering, particularly for projects involving underwater construction. Its unique design and functionality offer numerous benefits, including flexibility in positioning, structural durability, and environmental considerations. As the construction industry continues to evolve, the use of float caissons will likely become increasingly common, paving the way for more efficient and sustainable building practices in marine environments.

建筑行业充满了专业术语和技术，这些都是成功完成各种项目所必需的。其中一个术语是浮筒沉箱，它指的是一种主要用于水下施工的基础结构。浮筒沉箱本质上是一个大型空心盒子，由钢筋混凝土制成，旨在水面上漂浮，直到被定位到所需位置。一旦就位，它会被沉入海床或河床，以为桥梁、码头或其他结构提供稳定的基础。使用浮筒沉箱有几个优点，特别是在海洋环境中，传统的施工方法可能具有挑战性或不切实际。首先，浮筒沉箱的设计在施工过程中提供了显著的灵活性。由于这些结构可以漂浮到位，因此可以轻松地进行机动，以与特定的项目要求对齐。这种适应性在强流或不可预测的天气条件下工作时至关重要。此外，在陆地上建造浮筒沉箱，然后将其移动到水边，减少了在潜在危险的水域中需要完成的工作量。浮筒沉箱的另一个重要方面是其结构完整性。由耐用材料如钢筋混凝土制成，这些基础结构设计用于承受水的压力以及它们所支持的结构施加的负荷。这种坚固性使它们成为需要持久稳定性的项目的理想选择，例如必须承受重型交通的桥梁或需要支持大型船只的码头。此外，安装浮筒沉箱通常比其他水下施工方法更环保。传统的打桩技术可能会扰动海床并对当地生态系统产生负面影响。相比之下，使用浮筒沉箱最小化了干扰，因为它可以精确放置，并且需要较少的挖掘。这种谨慎的方法有助于保护海洋栖息地，维持该地区的生态平衡。总之，浮筒沉箱是土木工程领域中的一项重要创新，特别是对于涉及水下施工的项目。其独特的设计和功能提供了许多好处，包括定位的灵活性、结构的耐久性和环境考虑。随着建筑行业的不断发展，浮筒沉箱的使用可能会变得越来越普遍，为海洋环境中的更高效和可持续的建筑实践铺平道路。