construction of diaphragm wall

简明释义

地下连续墙施工

英英释义

例句

1.The construction of diaphragm wall is crucial for preventing groundwater seepage into the excavation area.

进行挡墙施工对防止地下水渗入挖掘区域至关重要。

2.The engineers discussed the timeline for the construction of diaphragm wall at the site.

工程师们讨论了现场挡墙施工的时间表。

3.During the project meeting, we reviewed the budget allocated for the construction of diaphragm wall.

在项目会议上，我们审查了为挡墙施工分配的预算。

4.The contractor provided a detailed report on the progress of the construction of diaphragm wall.

承包商提供了关于挡墙施工进展的详细报告。

5.Safety protocols must be followed during the construction of diaphragm wall to ensure worker protection.

在进行挡墙施工时，必须遵循安全协议以确保工人安全。

作文

The construction of diaphragm wall is a critical aspect of modern civil engineering, particularly in urban areas where space is limited and the demand for underground structures is increasing. A diaphragm wall is a reinforced concrete wall that is constructed in the ground to support excavations and prevent water ingress. This method is widely used for building basements, underground parking lots, and other subterranean facilities. The construction of diaphragm wall involves several key steps that ensure the wall's strength and durability.Firstly, site preparation is essential before the actual construction of diaphragm wall begins. This phase includes clearing the area of any obstacles, such as trees, debris, or existing structures. Once the site is cleared, engineers conduct soil tests to determine the ground conditions. Understanding the soil type and its bearing capacity is crucial for designing an effective diaphragm wall.After the site is prepared, the next step in the construction of diaphragm wall is the excavation process. Excavation is typically done using specialized machinery that can dig deep trenches where the wall will be constructed. The depth of the excavation depends on the design specifications and the intended use of the structure. During this phase, it is vital to ensure that the surrounding soil remains stable to prevent collapses.Once the excavation is completed, the installation of the reinforcement cage begins. This cage is made from steel bars that are strategically placed to provide strength to the wall. The reinforcement is crucial because it helps the diaphragm wall withstand lateral pressures from the surrounding soil and water. After the reinforcement cage is in place, the next step is the pouring of concrete, which forms the actual wall.The quality of concrete used in the construction of diaphragm wall is paramount. It must meet specific standards to ensure that the wall can endure various environmental conditions and loads over time. Once the concrete is poured, it is allowed to cure, which is a process that strengthens the material. Proper curing techniques are essential to prevent cracking and ensure the longevity of the wall.After the concrete has cured, the wall is inspected for any defects or weaknesses. Engineers conduct thorough checks to ensure that the wall meets all safety and structural requirements. If any issues are found, corrective measures are taken before proceeding to the next phase of the project.Finally, once the construction of diaphragm wall is completed, it is integrated with the overall construction project. This may involve connecting the wall to other structural elements, such as floors and ceilings, or incorporating it into drainage systems to manage water effectively. The successful completion of a diaphragm wall enhances the safety and stability of the entire structure, making it a vital component in urban development.In conclusion, the construction of diaphragm wall is a complex but essential process in modern construction practices. It requires careful planning, skilled labor, and adherence to safety standards. As urbanization continues to rise, understanding and mastering the techniques involved in the construction of diaphragm wall will become increasingly important for engineers and construction professionals alike.

腹墙的建设是现代土木工程中一个关键的方面，尤其是在城市地区，空间有限，对地下结构的需求日益增加。腹墙是一种在地下建造的钢筋混凝土墙，用于支撑挖掘并防止水渗入。这种方法广泛用于建造地下室、地下停车场和其他地下设施。腹墙的建设涉及几个关键步骤，以确保墙体的强度和耐久性。首先，在实际进行腹墙建设之前，现场准备工作至关重要。这个阶段包括清理区域内的障碍物，如树木、垃圾或现有结构。一旦现场清理完毕，工程师将进行土壤测试以确定地面条件。了解土壤类型及其承载能力对于设计有效的腹墙至关重要。在现场准备完成后，腹墙建设的下一步是挖掘过程。挖掘通常使用专门的机械设备进行，这些设备可以在墙体将要建造的位置深挖沟槽。挖掘的深度取决于设计规格和结构的预期用途。在此阶段，确保周围土壤保持稳定以防止坍塌至关重要。一旦挖掘完成，接下来是安装钢筋笼。这个笼子由钢筋制成，战略性地放置以提供墙体的强度。钢筋的强化至关重要，因为它帮助腹墙承受来自周围土壤和水的侧向压力。钢筋笼到位后，下一步是浇筑混凝土，形成实际的墙体。用于腹墙建设的混凝土质量至关重要。它必须符合特定标准，以确保墙体能够经受各种环境条件和荷载的影响。混凝土浇筑后，需进行养护，这是一个增强材料强度的过程。适当的养护技术对于防止开裂和确保墙体的耐久性至关重要。混凝土养护完成后，墙体将接受缺陷或弱点的检查。工程师会进行彻底检查，以确保墙体符合所有安全和结构要求。如果发现任何问题，则在项目的下一阶段之前采取纠正措施。最后，一旦腹墙的建设完成，它将与整个建筑项目整合。这可能涉及将墙体与其他结构元素（如楼层和天花板）连接，或将其纳入排水系统，以有效管理水流。成功完成腹墙增强了整个结构的安全性和稳定性，使其成为城市开发中的重要组成部分。总之，腹墙的建设是现代建筑实践中一个复杂但至关重要的过程。它需要仔细的规划、熟练的劳动和遵循安全标准。随着城市化的不断上升，理解和掌握腹墙建设中涉及的技术将变得越来越重要，成为工程师和建筑专业人士的重要任务。