deep excavation

简明释义

深挖

英英释义

例句

1.Heavy machinery is essential for efficient deep excavation 深基坑开挖 in urban areas.

在城市地区，高效的深基坑开挖需要重型机械。

2.Safety measures must be implemented during deep excavation 深基坑开挖 to prevent accidents.

在进行深基坑开挖时，必须采取安全措施以防止事故。

3.Local regulations require monitoring during deep excavation 深基坑开挖 to protect nearby structures.

当地法规要求在深基坑开挖期间进行监测，以保护附近的建筑物。

4.The engineers conducted a survey before starting the deep excavation 深基坑开挖 to assess soil stability.

工程师在开始深基坑开挖之前进行了调查，以评估土壤稳定性。

5.The construction team is preparing for the deep excavation 深基坑开挖 required for the new subway station.

施工队正在为新地铁站所需的深基坑开挖进行准备。

作文

Deep excavation is a critical process in construction and engineering projects, involving the removal of large amounts of earth to create a foundation or to prepare for underground structures. This process requires careful planning and execution to ensure safety and structural integrity. In many urban areas, where space is limited and projects are complex, deep excavation (深基坑) becomes even more challenging. The risks associated with deep excavation (深基坑) include soil instability, water infiltration, and potential damage to nearby structures. Therefore, engineers must conduct thorough geotechnical investigations to understand the soil composition and groundwater conditions before commencing work.One of the primary concerns during deep excavation (深基坑) is managing the soil and ensuring that it does not collapse. Shoring systems, such as sheet piles or bracing, may be installed to support the walls of the excavation and prevent cave-ins. Additionally, proper drainage systems must be established to manage groundwater, as water accumulation can lead to hazardous conditions. The use of advanced technology, such as 3D modeling and simulation, helps in planning the excavation process more effectively, minimizing risks and maximizing efficiency.Moreover, environmental considerations play a significant role in deep excavation (深基坑) projects. Construction companies are often required to implement measures to protect local ecosystems and reduce their carbon footprint. This includes managing noise pollution, controlling dust emissions, and ensuring that excavated materials are disposed of responsibly. Sustainable practices, such as recycling excavated soil or using it for landscaping, are becoming increasingly popular in the industry.In addition to safety and environmental concerns, deep excavation (深基坑) can also pose logistical challenges. Transporting heavy machinery and equipment to the site, as well as coordinating with other construction activities, requires meticulous planning. Delays in one area can have a domino effect on the entire project timeline. Therefore, effective communication among all stakeholders, including contractors, engineers, and local authorities, is essential to ensure that the project stays on track.The significance of deep excavation (深基坑) extends beyond the immediate construction site; it also impacts the surrounding community. Residents may experience disruptions due to noise and traffic changes, and it is crucial for construction companies to engage with the community and address any concerns. Providing updates on the progress and expected completion dates can help alleviate public anxiety and foster goodwill.In conclusion, deep excavation (深基坑) is a vital aspect of modern construction that requires careful consideration of safety, environmental impact, and community relations. As urbanization continues to rise, the demand for skilled professionals who can navigate the complexities of deep excavation (深基坑) will only increase. By prioritizing safety and sustainability, the construction industry can ensure that these projects contribute positively to the built environment while minimizing risks and disruptions.

深基坑是建筑和工程项目中的一个关键过程，涉及大量土方的挖掘，以创建基础或为地下结构做准备。这个过程需要仔细的规划和执行，以确保安全和结构完整性。在许多城市地区，由于空间有限和项目复杂，深基坑（deep excavation）变得更加具有挑战性。与深基坑（deep excavation）相关的风险包括土壤不稳定、水渗透以及对附近结构的潜在损害。因此，工程师必须进行彻底的岩土调查，以了解土壤成分和地下水条件，然后再开始工作。在深基坑（deep excavation）过程中，主要关注之一是管理土壤，确保其不会坍塌。可能会安装支撑系统，如钢板桩或支撑，以支持挖掘的墙壁并防止塌陷。此外，必须建立适当的排水系统以管理地下水，因为水的积聚可能导致危险情况。使用先进的技术，如三维建模和模拟，有助于更有效地规划挖掘过程，最大限度地减少风险并提高效率。此外，环境考虑在深基坑（deep excavation）项目中也起着重要作用。建筑公司通常需要实施保护当地生态系统和减少碳足迹的措施。这包括管理噪音污染、控制灰尘排放，并确保挖出的材料得到负责任的处置。可持续实践，例如回收挖掘土壤或将其用于景观美化，在行业中变得越来越流行。除了安全和环境问题外，深基坑（deep excavation）还可能带来后勤挑战。将重型机械和设备运输到现场，以及与其他建筑活动的协调，需要细致的规划。某个区域的延误可能会对整个项目时间表产生连锁反应。因此，各利益相关者之间的有效沟通，包括承包商、工程师和地方当局，对于确保项目按计划进行至关重要。深基坑（deep excavation）的重要性超出了立即的建筑工地；它还影响周围社区。居民可能会因噪音和交通变化而受到干扰，因此建筑公司必须与社区互动并解决任何担忧。提供有关进展和预期完成日期的更新可以帮助缓解公众焦虑并促进良好的关系。总之，深基坑（deep excavation）是现代建筑中一个至关重要的方面，需要仔细考虑安全、环境影响和社区关系。随着城市化的不断上升，对能够驾驭深基坑（deep excavation）复杂性的专业人才的需求只会增加。通过优先考虑安全和可持续性，建筑行业可以确保这些项目对建筑环境产生积极贡献，同时最大限度地减少风险和干扰。