digging radius

简明释义

挖掘半径

英英释义

例句

1.The city planner provided guidelines on the appropriate digging radius for construction near public roads.

城市规划师提供了关于在公共道路附近施工时适当的挖掘半径的指导。

2.The contractor measured the digging radius to ensure that all utilities would be avoided during the excavation.

承包商测量了挖掘半径以确保在挖掘过程中避免损坏所有公用设施。

3.A larger digging radius may be required for larger machinery to operate safely.

较大的机械安全操作可能需要更大的挖掘半径。

4.The digging radius around the tree must be carefully calculated to avoid damaging its roots.

树木周围的挖掘半径必须仔细计算，以避免损坏其根系。

5.Before starting the project, we need to determine the digging radius to prevent any accidents.

在开始项目之前，我们需要确定挖掘半径以防止任何事故。

作文

In the world of construction and excavation, understanding the concept of digging radius is essential for efficient planning and execution. The term digging radius refers to the maximum distance from a central point that an excavator or digging machine can effectively reach while performing its tasks. This measurement is crucial for operators and project managers alike, as it influences the layout of the work site and the selection of equipment. When planning a construction project, one must consider the digging radius to ensure that all areas requiring excavation can be accessed without unnecessary delays or complications. For instance, if a site has multiple obstacles such as buildings, trees, or utility lines, understanding the digging radius helps in determining the best approach to minimize potential issues. An excavator with a larger digging radius can cover more ground without needing to reposition frequently, which saves both time and resources. Moreover, the digging radius also plays a significant role in safety. Operators must be aware of their machine's limitations to avoid accidents. If the digging radius is exceeded, there is a risk of the machine tipping over or causing damage to nearby structures. Therefore, training and experience are vital for those who operate heavy machinery, as they need to be adept at calculating and adhering to the digging radius during operations. In addition to practical considerations, the digging radius can also affect the overall cost of a project. If a contractor underestimates the digging radius, they may need to rent additional equipment or hire more personnel to complete the job. This can lead to budget overruns and extended timelines, which are detrimental to any construction project. On the other hand, accurately assessing the digging radius can lead to more efficient use of resources and better project management. Furthermore, advancements in technology have led to the development of machines with enhanced capabilities. Modern excavators often come equipped with features that allow them to extend their digging radius, making them more versatile. For example, some models include telescopic arms or adjustable booms that can increase the digging radius depending on the needs of the job. This flexibility is particularly beneficial in urban environments where space is limited, and traditional methods may not suffice. In conclusion, the concept of digging radius is a critical element in the field of construction and excavation. From ensuring safety to optimizing costs and enhancing efficiency, understanding the digging radius allows for better planning and execution of projects. As technology continues to evolve, the importance of this measurement will only grow, making it imperative for industry professionals to stay informed about their equipment's capabilities and limitations. By doing so, they can ensure successful project outcomes and maintain safety standards in the ever-evolving landscape of construction.

在建筑和挖掘的世界中，理解挖掘半径的概念对于高效的规划和执行至关重要。术语挖掘半径指的是挖掘机或挖掘机器在执行任务时能够有效到达的最大距离。这一测量对操作员和项目经理来说都非常重要，因为它影响着工地的布局和设备的选择。在规划建筑项目时，必须考虑挖掘半径，以确保所有需要挖掘的区域都可以在没有不必要延误或并发症的情况下访问。例如，如果一个工地有多重障碍物，如建筑物、树木或公用设施线路，理解挖掘半径有助于确定最佳方法，以最小化潜在问题。具有更大挖掘半径的挖掘机可以覆盖更多的区域，而不需要频繁重新定位，这样可以节省时间和资源。此外，挖掘半径在安全性方面也起着重要作用。操作员必须了解他们机器的限制，以避免事故。如果超出了挖掘半径，则存在机器倾覆或对附近结构造成损坏的风险。因此，培训和经验对于操作重型机械的人至关重要，因为他们需要熟练计算和遵守操作中的挖掘半径。除了实际考虑之外，挖掘半径还会影响项目的整体成本。如果承包商低估了挖掘半径，他们可能需要租用额外的设备或雇佣更多的人员来完成工作。这可能导致预算超支和延长时间表，这对任何建筑项目都是有害的。另一方面，准确评估挖掘半径可以导致资源的更有效利用和更好的项目管理。此外，技术的进步使得具备增强能力的机器的发展成为可能。现代挖掘机通常配备有允许其扩展挖掘半径的功能，使其更具多样性。例如，一些型号包括可伸缩臂或可调节的臂杆，可以根据工作的需要增加挖掘半径。这种灵活性在空间有限的城市环境中特别有利，而传统方法可能不足。总之，挖掘半径的概念是建筑和挖掘领域中的一个关键要素。从确保安全到优化成本和提高效率，理解挖掘半径可以更好地规划和执行项目。随着技术的不断发展，这一测量的重要性只会增加，因此行业专业人士必须保持对其设备能力和限制的了解。通过这样做，他们可以确保成功的项目结果，并在不断发展的建筑环境中保持安全标准。