pilings

简明释义

英[ˈpaɪlɪŋz]美[ˈpaɪlɪŋz]

n. 非金属桩；椿材（piling 的复数）

英英释义

单词用法

同义词

反义词

例句

1.This thesis still discusses the merit and shortcoming of each shape of pilings, and carried on the study to a foundation choice, making sure the carrying capacity of piling foundation.

本论文还简单地论述各类桩型的优缺点，并对桩基础的选择进行了探讨，确定了桩基础的承载力。

2.On the basis of the measured values of lateral displacements of some engineering, the limitation of lateral displacement measured by inclinometers and side pilings is analyzed.

基于多个工程的实测数据，对利用测斜仪和边桩对路基侧向位移过程中的局限性进行了考察。

3.To further protect the house from hurricane damage, Huff raised it 2.7 meters off the ground on timber pilings.

为了进一步保护房子不受飓风的破坏，哈夫用木桩将它抬高了2.7米。

4.Taking one of wharf's as an example, a practical solution to renovation of wharf's steel pilings anti-corrosion system is proposed which is proved effective in practice.

以某码头钢管桩防腐蚀体系二次修复工程为实例，总结出一套切实可行的技术方案及施工方法，解决了滨海码头钢管桩防腐体系二次修复的难题。

5.He embedded the pilings deep into the subsoil.

他把桩深深打进地基下的土中。

6.The foundation pit is sustained and protected by filling pilings with reinforced concrete, after comparing technology economy and noise and so on.

通过技术经济、噪音等因素的比较，采用深层搅拌桩止水帷幕，基坑支护采用钢筋混凝土灌注桩。

7.The architect specified that the pilings (桩) should be made of reinforced concrete for durability.

建筑师指定pilings (桩) 应该使用钢筋混凝土，以增强耐久性。

8.The old pier's pilings (桩) were rotting and needed to be replaced.

旧码头的pilings (桩) 腐烂，需要更换。

9.In coastal areas, pilings (桩) are often used to elevate buildings above flood levels.

在沿海地区，pilings (桩) 通常用于将建筑物抬高到洪水水平之上。

10.The construction crew began driving the pilings (桩) deep into the ground to support the new bridge.

施工队开始将pilings (桩) 深入地下，以支撑新的桥梁。

11.After the storm, we inspected the pilings (桩) to ensure they were still stable.

风暴过后，我们检查了pilings (桩) 以确保它们仍然稳定。

作文

When constructing a building or any large structure, one of the most critical elements to consider is the foundation. The foundation is what supports the entire weight of the structure and ensures its stability over time. In many cases, especially in areas with soft soil or near water bodies, engineers use various techniques to create a solid base. One common method involves the use of pilings, which are long, slender columns driven deep into the ground to provide support. Pilings (桩) can be made from different materials such as wood, concrete, or steel, depending on the requirements of the project and the conditions of the site.The process of installing pilings begins with careful planning and assessment of the site. Engineers conduct soil tests to determine the type of soil present and its load-bearing capacity. This information is crucial as it influences the design and placement of the pilings. Once the site has been evaluated, the next step is to choose the appropriate type of pilings for the project. For instance, if the soil is particularly weak, larger and more robust pilings may be necessary to ensure that the structure remains stable.After selecting the type of pilings, the installation process begins. Heavy machinery is used to drive the pilings into the ground, often requiring significant force to penetrate the soil effectively. This process can be quite noisy and disruptive, but it is essential for creating a strong foundation. Once the pilings are in place, they are typically capped with a concrete beam or slab, which helps distribute the weight of the structure evenly across all the pilings.One of the advantages of using pilings is their ability to provide support in challenging conditions. For example, in coastal areas where the ground may be unstable due to shifting sands or erosion, pilings can offer a reliable solution. They extend deep into the earth, anchoring the structure securely and minimizing the risk of settlement or collapse. Furthermore, pilings can also be used in the construction of bridges, piers, and other structures that require elevation above water or unstable ground.Despite their benefits, there are some challenges associated with the use of pilings. The installation process can be time-consuming and expensive, particularly in densely populated areas where access is limited. Additionally, if not installed correctly, pilings can lead to uneven settling or even structural failure. Therefore, it is crucial to work with experienced engineers and contractors who understand the complexities of pilings and foundation design.In conclusion, pilings play a vital role in modern construction, especially in challenging environments. They provide the necessary support to ensure the stability and longevity of structures, making them an essential component of civil engineering. Understanding how pilings work and their importance in foundation design is crucial for anyone involved in construction or architecture. As urban development continues to expand into areas with difficult soil conditions, the use of pilings will likely remain a key practice in ensuring safe and durable buildings.

在建造建筑物或任何大型结构时，考虑的最关键因素之一就是基础。基础是支撑整个结构重量的部分，并确保其随着时间的推移保持稳定。在许多情况下，特别是在软土或靠近水体的地区，工程师使用各种技术来创建坚固的基础。一种常见的方法是使用pilings（桩），它们是长而细的柱子，深入地下以提供支持。Pilings可以由不同材料制成，如木材、混凝土或钢材，这取决于项目的要求和现场的条件。安装pilings的过程始于对现场的仔细规划和评估。工程师进行土壤测试，以确定土壤类型及其承载能力。这些信息至关重要，因为它影响pilings的设计和放置。一旦评估了现场，下一步就是选择适合该项目的pilings类型。例如，如果土壤特别软弱，可能需要更大、更坚固的pilings来确保结构保持稳定。在选择了pilings的类型后，安装过程开始。重型机械被用来将pilings打入地下，通常需要大量的力量才能有效穿透土壤。这个过程可能会非常嘈杂和干扰，但对于创建坚固的基础至关重要。安装完pilings后，通常会用混凝土梁或板将其封顶，这有助于将结构的重量均匀分配到所有pilings上。使用pilings的一个优点是它们能够在具有挑战性的条件下提供支持。例如，在由于沙子移动或侵蚀导致地面不稳定的沿海地区，pilings可以提供可靠的解决方案。它们深深扎根于土壤中，牢牢锚定结构，最大限度地减少沉降或倒塌的风险。此外，pilings还可以用于桥梁、码头和其他需要高于水面或不稳定地面的结构的建造。尽管有其好处，但使用pilings也存在一些挑战。安装过程可能耗时且昂贵，特别是在交通密集的地区，那里通行受限。此外，如果安装不当，pilings可能导致不均匀沉降甚至结构失败。因此，与了解pilings和基础设计复杂性的经验丰富的工程师和承包商合作至关重要。总之，pilings在现代建筑中发挥着至关重要的作用，尤其是在具有挑战性的环境中。它们提供必要的支持，以确保结构的稳定性和耐久性，使其成为土木工程的重要组成部分。了解pilings的工作原理及其在基础设计中的重要性，对于任何参与建筑或建筑设计的人来说都是至关重要的。随着城市开发继续扩展到土壤条件困难的地区，使用pilings可能仍将是确保安全和耐用建筑的关键实践。