excessive clearance

简明释义

间隙过大

英英释义

例句

1.The construction team was criticized for the excessive clearance of trees, which disrupted the local ecosystem.

建筑团队因过度清理树木而受到批评，这破坏了当地生态系统。

2.During the vehicle inspection, the mechanic noted that the car had excessive clearance between the chassis and the ground.

在车辆检查中，机械师注意到汽车底盘与地面之间的间隙过大。

3.The factory's safety standards were questioned due to excessive clearance around machinery, posing a risk to workers.

由于机器周围的过度清理，工厂的安全标准受到质疑，给工人带来了风险。

4.In the financial report, the auditor flagged excessive clearance in the accounts receivable section, indicating potential fraud.

在财务报告中，审计师标记了应收账款部分的过度清理，表明可能存在欺诈。

5.The design of the bridge included excessive clearance to accommodate large ships passing underneath.

桥梁设计包括过大的净空，以容纳大型船只通过。

作文

In recent years, the term excessive clearance has gained significant attention in various fields, particularly in manufacturing and construction. This phrase refers to a situation where there is more space or gap than necessary between components or structures. While some clearance is essential for proper functioning and safety, when it becomes excessive, it can lead to a range of problems. Understanding the implications of excessive clearance is crucial for engineers, architects, and manufacturers alike.One of the primary issues associated with excessive clearance is inefficiency. In manufacturing, for instance, if the clearance between parts is too large, it can result in a loss of precision. This can lead to increased wear and tear on machinery, as components may not fit together snugly. Consequently, the overall quality of the product may suffer. Engineers must strike a balance when designing parts; they need to ensure that there is enough clearance for movement and thermal expansion without allowing too much space that could compromise functionality.In construction, excessive clearance can have even more severe consequences. Buildings and structures are designed with specific tolerances to ensure stability and safety. If there is too much clearance in critical areas, such as between beams or in load-bearing walls, it can lead to structural weaknesses. This not only poses a risk during the construction phase but can also endanger occupants once the building is completed. Therefore, architects must carefully calculate and monitor clearances to prevent any potential hazards.Moreover, excessive clearance can impact the aesthetic appeal of a project. In design, proportions and spacing are vital to achieving a visually pleasing outcome. When clearances are excessive, it can disrupt the intended flow and harmony of a space. For example, in interior design, furniture that is spaced too far apart can make a room feel disconnected and uninviting. Designers must be mindful of how clearance affects both functionality and visual appeal.Another aspect to consider is the economic impact of excessive clearance. In manufacturing, larger clearances can lead to increased material costs. Parts may need to be larger or made from different materials to accommodate the unnecessary space, which can drive up production expenses. Additionally, if products fail due to poor fit caused by excessive clearance, companies may face costly recalls or repairs. This highlights the importance of precise engineering and quality control throughout the production process.In conclusion, while some clearance is essential for the proper functioning of mechanical systems and structures, excessive clearance can introduce a host of problems ranging from inefficiency and safety risks to aesthetic issues and increased costs. Professionals in engineering, architecture, and design must pay close attention to the clearances they implement in their work to ensure optimal performance and safety. By understanding and managing excessive clearance, we can create better products, safer buildings, and more harmonious designs.

近年来，术语过度间隙在各个领域，尤其是制造和建筑方面引起了广泛关注。这个短语指的是组件或结构之间存在比必要的更多的空间或间隙。虽然一些间隙对于正常运作和安全至关重要，但当间隙过大时，可能会导致一系列问题。理解过度间隙的影响对于工程师、建筑师和制造商来说至关重要。与过度间隙相关的主要问题之一是低效率。例如，在制造中，如果部件之间的间隙过大，可能会导致精度损失。这可能导致机器的磨损加剧，因为组件可能无法紧密配合。因此，产品的整体质量可能会受到影响。工程师在设计部件时必须找到平衡；他们需要确保有足够的间隙以便移动和热膨胀，同时又不允许过多的空间影响功能。在建筑中，过度间隙可能会产生更严重的后果。建筑和结构是按照特定公差设计的，以确保稳定性和安全性。如果在关键区域（例如梁之间或承重墙中）存在过多的间隙，可能会导致结构弱点。这不仅在施工阶段构成风险，而且在建筑完成后也可能危及居住者。因此，建筑师必须仔细计算和监测间隙，以防止潜在的危险。此外，过度间隙还会影响项目的美学吸引力。在设计中，比例和间距对实现视觉上令人愉悦的结果至关重要。当间隙过大时，可能会破坏空间的流动性和和谐性。例如，在室内设计中，家具间隔过远可能使房间感觉不连贯和不友好。设计师必须注意间隙如何影响功能和视觉吸引力。另一个需要考虑的方面是过度间隙的经济影响。在制造中，较大的间隙可能导致材料成本增加。为了适应不必要的空间，部件可能需要更大或使用不同的材料，这可能推高生产费用。此外，如果由于过度间隙导致产品失败，公司可能面临昂贵的召回或维修。这突显了在整个生产过程中精确工程和质量控制的重要性。总之，虽然一些间隙对于机械系统和结构的正常运作至关重要，但过度间隙可能引入一系列问题，从低效率和安全风险到美学问题和成本增加。工程、建筑和设计领域的专业人士必须密切关注他们在工作中实施的间隙，以确保最佳性能和安全性。通过理解和管理过度间隙，我们可以创造更好的产品、更安全的建筑和更和谐的设计。