after cofferdam

简明释义

尾部隔离舱

英英释义

例句

1.Excavation can only begin after cofferdam is fully functional.

挖掘工作只能在围堰完全有效后开始。

2.The water level will be controlled after cofferdam is completed.

水位将在围堰完成后得到控制。

3.We need to conduct a thorough inspection after cofferdam is installed.

我们需要在围堰安装后进行彻底检查。

4.The construction team will begin the foundation work after cofferdam.

施工团队将在围堰之后开始基础工程。

5.Safety measures should be reviewed after cofferdam installation.

安全措施应在围堰安装后进行审核。

作文

The construction industry is filled with various techniques and methodologies that ensure the successful completion of projects. One such technique is the use of a cofferdam, which is a temporary structure used to create a dry work environment in areas that are usually submerged underwater. The process of building a cofferdam involves several critical steps, and understanding what happens after cofferdam (在围堰施工完成后) is essential for project managers and engineers alike. Once the cofferdam is in place, the first step is to dewater the area inside it. This involves pumping out the water that has accumulated within the cofferdam, allowing workers to access the site safely. Dewatering is a crucial process, as it prevents flooding and ensures that construction can proceed without delays. It also allows for a thorough inspection of the underlying soil and rock conditions, which is vital for determining the best foundation for any structures that will be built. After the dewatering process is complete, the next phase involves excavation. Excavation after cofferdam (在围堰施工后) requires careful planning and execution to avoid any potential collapses or instability. Workers must assess the soil conditions and use appropriate machinery to dig to the required depths. This stage is critical because it lays the groundwork for foundations, piers, or other structural elements that will support the overall project. Once excavation is completed, the construction team can begin laying the foundations. This is often one of the most challenging aspects of construction, especially if the site has unique geological features or if water levels fluctuate unexpectedly. Engineers must ensure that the foundations are designed to withstand not only the weight of the structures above but also any potential water pressure from the surrounding area. In addition to laying foundations, after cofferdam (在围堰施工后), construction crews may also need to install additional supports or reinforcements. This could include the use of steel beams, concrete slabs, or other materials that enhance the stability and strength of the structure. These reinforcements are particularly important in areas prone to flooding or seismic activity, where additional risks must be mitigated. As the construction progresses, regular inspections and monitoring are necessary to ensure that everything remains on track. Project managers must be vigilant about any signs of instability or issues that may arise during the construction process. This includes monitoring the integrity of the cofferdam itself, as any leaks or failures could jeopardize the entire project. Finally, once the major structural components are in place, the finishing touches can be applied. This may involve landscaping, paving, or installing utilities, depending on the nature of the project. Throughout this entire process, communication among team members is vital. Everyone involved must be aware of their responsibilities and any changes that occur after cofferdam (在围堰施工后) to ensure that the project proceeds smoothly and efficiently. In conclusion, the phrase after cofferdam (在围堰施工后) encapsulates a series of critical activities that follow the establishment of a cofferdam in construction projects. From dewatering to excavation, foundation laying, and reinforcement installation, each step is integral to the success of the project. Understanding these processes helps project managers and engineers navigate the complexities of construction while ensuring safety and structural integrity.

建筑行业充满了各种技术和方法，确保项目的成功完成。围堰就是其中一种技术，它是一种临时结构，用于在通常被水淹没的区域创造一个干燥的工作环境。建造围堰的过程涉及几个关键步骤，理解在围堰施工完成后（after cofferdam）发生的事情对于项目经理和工程师来说至关重要。一旦围堰到位，第一步是对其内部进行排水。这涉及到抽走围堰内积累的水，使工人能够安全进入现场。排水是一个关键过程，因为它可以防止洪水并确保施工能够顺利进行而不受延误。它还允许对基础土壤和岩石条件进行彻底检查，这对于确定将要建造的任何结构的最佳基础至关重要。在排水过程完成后，下一阶段涉及挖掘。在围堰施工后（after cofferdam）进行挖掘需要仔细的规划和执行，以避免潜在的坍塌或不稳定。工人必须评估土壤条件，并使用适当的机械设备挖掘到所需的深度。这一阶段至关重要，因为它为基础、支柱或其他将支持整体项目的结构元素奠定基础。一旦挖掘完成，建筑团队就可以开始铺设基础。这通常是施工中最具挑战性的方面之一，尤其是在现场具有独特地质特征或水位意外波动的情况下。工程师必须确保基础设计能够承受上方结构的重量，以及来自周围地区的潜在水压。除了铺设基础之外，在围堰施工后（after cofferdam），施工队可能还需要安装额外的支撑或加固。这可能包括使用钢梁、混凝土板或其他增强结构稳定性和强度的材料。这些加固在易发生洪水或地震活动的地区尤为重要，必须降低额外风险。随着施工的进展，定期检查和监测是必要的，以确保一切保持正常。项目经理必须警惕施工过程中可能出现的任何不稳定或问题的迹象。这包括监测围堰本身的完整性，因为任何泄漏或故障都可能危及整个项目。最后，一旦主要结构组件到位，就可以进行最后的修饰。这可能涉及景观美化、铺路或安装公用设施，具体取决于项目的性质。在整个过程中，团队成员之间的沟通至关重要。所有参与者必须了解自己的职责以及在围堰施工后（after cofferdam）发生的任何变化，以确保项目的顺利高效进行。总之，短语围堰施工后（after cofferdam）概括了在建筑项目中围堰建立后的一系列关键活动。从排水到挖掘、基础铺设和加固安装，每一步都是项目成功的不可或缺的一部分。理解这些过程帮助项目经理和工程师驾驭建筑的复杂性，同时确保安全和结构完整性。