load centre

简明释义

负荷中心

英英释义

例句

1.The load centre 负载中心 of the pallet should be marked for easy identification during loading.

托盘的load centre 负载中心应标记以便于在装载时轻松识别。

2.To reduce wear on the equipment, we need to ensure that the load centre 负载中心 is properly aligned.

为了减少设备的磨损，我们需要确保load centre 负载中心正确对齐。

3.Understanding the load centre 负载中心 is crucial for safe lifting operations.

理解load centre 负载中心对于安全提升操作至关重要。

4.When calculating the stability of the crane, engineers must consider the position of the load centre 负载中心.

在计算起重机的稳定性时，工程师必须考虑load centre 负载中心的位置。

5.The warehouse manager decided to optimize the layout by placing the load centre 负载中心 closer to the shipping area.

仓库经理决定通过将load centre 负载中心放置在靠近发货区的位置来优化布局。

作文

In the field of engineering and logistics, the term load centre refers to a specific point where the weight of a load is concentrated. Understanding the concept of load centre is crucial for various applications, including the design of structures, transportation systems, and machinery. For instance, in civil engineering, knowing the load centre helps engineers determine how much weight a structure can support without risking failure. It allows them to calculate the distribution of forces acting on beams, columns, and foundations, ensuring safety and stability.In the context of transportation, the load centre plays a vital role in the efficiency of moving goods. When loading a vehicle, it is essential to distribute the cargo evenly to maintain balance and prevent tipping. If the load centre is too far forward or backward, it can lead to accidents, damage to the vehicle, or even loss of cargo. Therefore, logistics companies often use sophisticated software to calculate the optimal placement of goods to achieve the best load centre.Moreover, in the realm of machinery, particularly in cranes and forklifts, the load centre is a critical factor in determining how much weight can be lifted safely. Each piece of equipment has a specified load centre that indicates the maximum distance from the base at which a load can be safely handled. Exceeding this limit could result in the machinery becoming unstable, leading to potential hazards for operators and bystanders.To illustrate the importance of understanding the load centre, consider a scenario involving a construction site. A crane is used to lift heavy materials such as steel beams. If the operator fails to account for the load centre when positioning the load, the crane could tip over, causing severe injuries or even fatalities. This emphasizes the need for proper training and knowledge about the load centre among operators and engineers alike.Furthermore, the load centre concept extends beyond physical applications; it also applies to various fields such as sports and ergonomics. For example, athletes must understand their body’s load centre to optimize performance and prevent injuries. Similarly, ergonomic designs in workplaces consider the load centre to enhance comfort and reduce strain on workers.In conclusion, the term load centre encompasses a fundamental principle that affects numerous aspects of engineering, logistics, and safety. By accurately identifying and managing the load centre, professionals can ensure the effectiveness of their designs and operations, ultimately leading to safer and more efficient practices in various industries. Whether in construction, transportation, or sports, the implications of the load centre are significant, underscoring its relevance in our daily lives and professional practices.

在工程和物流领域，术语负载中心指的是一个特定点，在该点上负载的重量集中。理解负载中心的概念对于各种应用至关重要，包括结构设计、运输系统和机械。例如，在土木工程中，了解负载中心可以帮助工程师确定结构能在不风险失败的情况下支持多少重量。它使他们能够计算作用于梁、柱和基础的力的分布，从而确保安全和稳定。在运输的背景下，负载中心在移动货物的效率中起着重要作用。当装载车辆时，必须均匀分配货物以保持平衡并防止倾翻。如果负载中心过于前或后，可能导致事故、车辆损坏，甚至货物丢失。因此，物流公司通常使用复杂的软件来计算最佳货物放置位置，以实现最佳的负载中心。此外，在机械领域，特别是在起重机和叉车中，负载中心是确定能够安全提升多少重量的关键因素。每个设备都有一个规定的负载中心，指示可以安全处理负载的最大距离。如果超过此限制，可能导致机械不稳定，从而对操作员和旁观者造成潜在危险。为了说明理解负载中心的重要性，可以考虑一个涉及建筑工地的场景。起重机用于提升重型材料，如钢梁。如果操作员在定位负载时未能考虑负载中心，起重机可能会倾倒，导致严重伤害甚至死亡。这强调了操作员和工程师需要接受适当培训和了解负载中心的重要性。此外，负载中心的概念超出了物理应用，它还适用于体育和人体工程学等各个领域。例如，运动员必须了解自己身体的负载中心，以优化表现和防止受伤。同样，工作场所的人体工程学设计也考虑了负载中心，以增强舒适性并减少工人的压力。总之，术语负载中心涵盖了影响工程、物流和安全等多个方面的基本原则。通过准确识别和管理负载中心，专业人员可以确保其设计和操作的有效性，最终导致各行业更安全、更高效的实践。无论是在建筑、运输还是体育领域，负载中心的影响都是显著的，突显了其在我们日常生活和职业实践中的相关性。