vibroflotation

简明释义

英[ˈvaɪbrəʊfləʊˌteɪʃən]美[vaɪbrəfloʊˈteɪʃn]

振冲法

英英释义

单词用法

同义词

反义词

例句

1.The advantage of vibroflotation about technique, construction period and economic performance was analyzed through a project, which would have certain reference for projects in similar places.

以一个具体工程的地基处理为例，分析了振冲法在技术、工期和经济上的优点，实例表明，振冲法可在该地区类似场地地基上使用。

2.The range of liquefaction is limited so that sand liquefaction does not cause slide failure during vibroflotation.

液化的范围是有限的，因而振冲时砂土液化不会造成坝坡坍滑。

3.Influential factors of liquefaction of saturated sand in alluvial plain of Yellow River are analyzed, then one of the anti-liquefaction methods, vibroflotation, is introduced.

分析了黄河冲积平原区饱和砂土液化的影响因素，并介绍了在黄河冲积平原区处理砂土液化的方法之一—振冲法的应用。

4.The vibroflotation was a method only for strengthening foundation before.

以往振动水冲法只是一种加固地基的方法。

5.Since 1970s, the vibroflotation technique was introduced into China for soft foundation strengthening with better results but without application in upstream slope in sanded shell dams.

振冲技术自70年代引入我国以来用于软基加固效果较好，但应用于砂壳坝上游坝坡尚未见工程实例。

6.The advantage of vibroflotation about technique, construction period and economic performance was analyzed through a project, which would have certain reference for projects in similar places.

以一个具体工程的地基处理为例，分析了振冲法在技术、工期和经济上的优点，实例表明，振冲法可在该地区类似场地地基上使用。

7.The vibroflotation sand compaction pile is an economical, reasonable ground treatment method, and it is recommended to use in this substation foundation.

推荐采用振冲挤密砂桩是较为经济合理的一种方法。

8.The detritus column vibroflotation is adopted to reinforce its foundation. The tests provide available credible data for the subsequent design and construction.

如果您是建设单位，我们可为您提供项目整体设计和施工指导，让你的工程全程无忧。

9.During the project, we implemented vibroflotation to enhance the load-bearing capacity of the ground.

在项目过程中，我们实施了振动浮选以增强地面的承载能力。

10.The engineers recommended vibroflotation as an effective method for mitigating liquefaction risks in seismic areas.

工程师建议使用振动浮选作为减轻地震区液化风险的有效方法。

11.By employing vibroflotation, the contractor was able to quickly prepare the site for construction.

通过采用振动浮选，承包商能够迅速为施工准备现场。

12.The construction team used vibroflotation to improve the soil stability before laying the foundation.

施工团队使用振动浮选来提高土壤稳定性，以便在打基础之前进行铺设。

13.The effectiveness of vibroflotation in soft soil conditions has been well documented in various studies.

在软土条件下，振动浮选的有效性在各种研究中得到了很好的记录。

作文

In the field of civil engineering, soil stabilization is crucial for ensuring the integrity and longevity of structures. One effective method used for this purpose is vibroflotation, which is particularly beneficial in areas with loose or saturated soils. The process of vibroflotation involves the use of a vibrating probe that is inserted into the ground. As the probe vibrates, it rearranges the soil particles, allowing them to densify and create a more stable foundation. This technique is often employed in the construction of buildings, bridges, and other infrastructure projects where strong ground support is necessary.The advantages of vibroflotation are numerous. Firstly, it can significantly improve the load-bearing capacity of the soil, making it suitable for supporting heavy structures. Secondly, vibroflotation is a relatively quick process, which can save time during construction projects. Unlike traditional methods that may require extensive excavation and replacement of soil, vibroflotation can be implemented with minimal disruption to the existing site conditions.Another key benefit of vibroflotation is its environmental impact. Since it primarily compacts the existing soil rather than removing it, there is less waste generated during the process. Additionally, vibroflotation can be performed in a manner that minimizes noise and vibration, making it a more acceptable option for urban construction sites where nearby residents might be affected.Despite its advantages, vibroflotation is not suitable for all soil types. For instance, very dense or rocky soils may not respond well to this method. Engineers must carefully assess the site conditions before deciding to use vibroflotation. They often conduct soil tests and analyses to determine the most appropriate method for soil stabilization, taking into account factors such as soil composition, moisture content, and the weight of the structures to be built.In conclusion, vibroflotation is a valuable technique in the realm of soil engineering, offering an efficient and environmentally friendly solution for enhancing soil stability. Its ability to densify loose soils makes it an essential tool for modern construction practices. As cities continue to grow and the demand for new infrastructure increases, methods like vibroflotation will play an increasingly important role in ensuring that our buildings and roads are built on solid ground. Understanding and utilizing technologies such as vibroflotation will be vital for engineers as they strive to meet the challenges of contemporary construction projects.

在土木工程领域，土壤加固对确保结构的完整性和持久性至关重要。一种有效的方法是振动浮选，它在松散或饱和土壤区域尤其有益。振动浮选的过程涉及使用一个振动探头，该探头插入地下。当探头振动时，它重新排列土壤颗粒，使其密实，从而创造出更稳定的基础。这种技术通常用于建筑物、桥梁和其他基础设施项目的建设中，这些项目需要强大的地面支撑。振动浮选的优点是显而易见的。首先，它可以显著提高土壤的承载能力，使其适合支撑重型结构。其次，振动浮选是一个相对快速的过程，可以节省施工项目的时间。与可能需要大量挖掘和更换土壤的传统方法不同，振动浮选可以在对现有场地条件造成最小干扰的情况下实施。振动浮选的另一个关键好处是其环境影响。由于它主要是对现有土壤进行压实而不是移除，因此在此过程中产生的废物较少。此外，振动浮选可以以最小化噪音和振动的方式进行，使其成为城市施工现场更可接受的选择，因为附近的居民可能会受到影响。尽管有这些优点，振动浮选并不适用于所有土壤类型。例如，非常致密或岩石状的土壤可能对这种方法反应不佳。工程师在决定使用振动浮选之前必须仔细评估现场条件。他们通常会进行土壤测试和分析，以确定最合适的土壤加固方法，同时考虑土壤成分、湿度以及待建结构的重量等因素。总之，振动浮选是在土壤工程领域中一种有价值的技术，为增强土壤稳定性提供了一种高效且环保的解决方案。它能够使松散土壤密实，使其成为现代建筑实践中的重要工具。随着城市的不断发展以及对新基础设施需求的增加，像振动浮选这样的施工方法将在确保我们的建筑和道路建立在坚实基础上方面发挥越来越重要的作用。理解和利用像振动浮选这样的技术将是工程师面对当代建设项目挑战的关键。