earthmoving

简明释义

英[ˈɜrθˌmuːvɪŋ]美[ˈɜrθˌmuːvɪŋ]

adj. 大量掘土的

n. 运土

英英释义

单词用法

同义词

反义词

例句

1.General earthmoving will be done to prepare sub-bases of buildings and roads.

为了准备建筑的底基和道路需进行挖运土方。

2.The relevance of the queuing theory to construction projects can be demonstrated using a simple earthmoving operation.

相关排队论，以建设项目可以证明用一个简单的土方。

3.Restraint in earthmoving sets off a chain reaction of savings in the overall project budget.

对土方搬运的限制就会在项目的总体预算中节省一大笔费用。

4.Caterpillar is the world's largest manufacturer of earthmoving and construction equipment and a major global producer of diesel and natural gas engines and turbines.

卡特彼勒是世界上最大的土方工程机械和建筑机械的生产商，也是全世界柴油机、天然气发动机和工业用燃气涡轮机的主要供应商。

5.Except for visual barriers to eyesores off-site, earthmoving should be confined to features which come into play in the golf holes.

除了对现场之外的眼中钉造成视觉障碍，土方工程应融入到球道打球的特色中。

6.This paper discusses the theory of destabilized operation of earthmoving machinery and describes the dynamic analysis of marginal operation conditions. A simple calculation method is given.

本文探讨了铲土运输机械作业稳定性的失稳机理，对机械作业的极限工况进行了动态分析，并给出了简便算法。

7.Sometimes, though, the best solution for the course as a whole may require major earthmoving on a handful of holes to connect the others.

有时候，尽管球场作为整体的最好解决方案或许要求几个道的土方量较大以便与其他球道衔接。

8.The construction crew used heavy machinery for the earthmoving 土方工程 to prepare the site for the new building.

施工队使用重型机械进行土方工程，以准备新建筑的工地。

9.During the earthmoving 土方工程, they encountered a lot of rocky soil that slowed down the progress.

在土方工程中，他们遇到了很多岩石土壤，进度因此放慢。

10.The earthmoving 土方工程 equipment was rented from a local supplier for the duration of the project.

该项目期间，土方工程设备是从当地供应商租来的。

11.Proper planning is essential for successful earthmoving 土方工程 operations.

妥善的规划对于成功的土方工程作业至关重要。

12.The earthmoving 土方工程 process involves moving large quantities of earth to create a level surface.

土方工程过程涉及移动大量土壤以创建平坦的表面。

作文

The process of construction and development is often closely tied to the concept of earthmoving, which refers to the act of moving large quantities of soil or rock from one location to another. This technique is fundamental in various industries, including construction, mining, and civil engineering. The significance of earthmoving cannot be overstated, as it lays the groundwork for many infrastructures we rely on daily, such as roads, bridges, and buildings. In construction projects, earthmoving is one of the first steps taken to prepare the site. Before any structure can be built, the land must be properly graded and leveled. This involves the removal of excess soil, rocks, and debris, ensuring that the foundation is stable and secure. Heavy machinery, such as bulldozers, excavators, and backhoes, are commonly used in this process. These machines are designed to handle the immense weight and volume of materials that need to be moved, making them essential for efficient earthmoving operations. Moreover, earthmoving plays a crucial role in environmental management. During the construction of new developments, it is important to consider the impact on the surrounding ecosystem. By carefully planning earthmoving activities, engineers can minimize disruption to local wildlife and habitats. For example, when constructing a new highway, planners may implement strategies to relocate soil and vegetation in a way that preserves as much natural habitat as possible. In addition to its environmental implications, earthmoving is also vital for economic reasons. The construction industry is a significant contributor to the economy, and efficient earthmoving processes can lead to cost savings and timely project completion. When projects are delayed due to poor planning or inefficient earthmoving practices, it can result in increased expenses and lost revenue. Therefore, investing in modern technology and skilled labor for earthmoving tasks is essential for the success of any construction project. Furthermore, advancements in technology have transformed the earthmoving industry. Innovations such as GPS-guided machinery and automated systems have improved accuracy and efficiency in moving earth. These technologies allow operators to complete tasks with precision, reducing the risk of errors and rework. As a result, the future of earthmoving looks promising, with continued improvements expected in both equipment and techniques. In conclusion, earthmoving is a critical component of construction and development that impacts various aspects of our lives. From preparing sites for new buildings to managing environmental concerns, the importance of earthmoving cannot be overlooked. As the industry evolves with technological advancements, the effectiveness and sustainability of earthmoving practices will continue to improve, ultimately benefiting society as a whole.

建筑和开发过程通常与“earthmoving”的概念密切相关，它指的是将大量土壤或岩石从一个地方移动到另一个地方的行为。这种技术在建筑、采矿和土木工程等多个行业中是基础性的。“earthmoving”的重要性不容小觑，因为它为我们每天依赖的许多基础设施奠定了基础，例如道路、桥梁和建筑物。 在建筑项目中，“earthmoving”是准备工地时采取的第一步之一。在任何结构建造之前，土地必须经过适当的平整和整平。这涉及到去除多余的土壤、岩石和碎片，以确保基础稳定可靠。重型机械，如推土机、挖掘机和反铲，是这一过程中的常用工具。这些机器旨在处理需要移动的巨大重量和体积，使其在高效的“earthmoving”操作中至关重要。 此外，“earthmoving”在环境管理中也发挥着关键作用。在新开发项目的建设过程中，考虑对周围生态系统的影响非常重要。通过仔细规划“earthmoving”活动，工程师可以最大程度地减少对当地野生动物和栖息地的干扰。例如，在建设新高速公路时，规划者可能会实施策略，以保存尽可能多的自然栖息地，重新安置土壤和植被。 除了环境影响外，“earthmoving”在经济方面也至关重要。建筑行业是经济的重要贡献者，高效的“earthmoving”过程可以带来成本节约和及时的项目完成。当由于规划不善或低效的“earthmoving”实践而导致项目延误时，可能会导致开支增加和收入损失。因此，投资现代技术和熟练劳动力以进行“earthmoving”任务对于任何建筑项目的成功至关重要。 此外，技术的进步已经改变了“earthmoving”行业。GPS引导的机械和自动化系统等创新提高了移动土壤的准确性和效率。这些技术使操作员能够精确完成任务，减少错误和返工的风险。因此，“earthmoving”的未来看起来充满希望，预计设备和技术将继续改善。 总之，“earthmoving”是建筑和开发的重要组成部分，对我们生活的各个方面都有影响。从为新建筑准备工地到管理环境问题，“earthmoving”的重要性不容忽视。随着行业随着技术进步而发展，“earthmoving”实践的有效性和可持续性将继续提高，最终使整个社会受益。