allowable load 基础释义
允许的负荷，可承受的负载。
allowable load发音
英 [??l??m?bl l?d] 美 [??l??m?bl l?d]
allowable load英语范文
Allowable Load for Different Buildings and Structures
Allowable load for buildings and structures are determined by various factors, including the type of building materials used, the structure's design, and the expected usage. The allowable load represents the maximum weight that a building or structure can support without experiencing structural failure.
allowable load的英语作文音标和基础释义
allowable load的英语作文音标为：['??l?b?bl l?d]
基础释义为：允许的负荷。在写作中，可以结合具体场景和实际情况，讨论允许的负荷对于建筑物和结构的重要性，以及如何根据不同的因素来计算和确定允许的负荷。
allowable load
allowable load是指在特定条件下，设备或系统可以承受的负荷或压力。它通常与机械、工程、电力等领域有关。
发音：['?l?m?bl le?t]
英语范文：
Title: Understanding the Allowable Load of a Machine
In today's world, machines play an important role in various industries. From manufacturing to construction, machines help us to achieve our goals more efficiently and quickly. However, machines require a certain amount of load or stress to function properly, and exceeding this allowable load can lead to serious problems.
The allowable load of a machine is determined by various factors, including its design, material, and operating conditions. It is essential to understand the allowable load of a machine to avoid overloading it and causing damage to the machine or surrounding equipment.
In this article, we will explore how to calculate the allowable load of a machine and how to identify potential risks when operating it. By doing so, we can ensure the safety and efficiency of our machines and minimize potential accidents.
围绕allowable load，我们可以进一步讨论如何合理使用机械设备，避免超负荷运行导致的事故，以及如何根据设备的特点和工作环境来选择合适的设备，确保其能够在最佳状态下运行。此外，我们还可以探讨如何对设备进行定期维护和检查，以确保其始终在安全、高效的范围内运行。
allowable load
Allowable load refers to the maximum amount of power or stress that a component or system can withstand without failure. It is determined based on the material used, design specifications, and manufacturing processes.
In electrical systems, for example, allowable load refers to the maximum amount of power that can be drawn by a device or circuit without causing damage to itself or neighboring components. It is typically determined based on the wattage or current capacity of the device, as well as the overall system design and wiring.
Similarly, in mechanical systems, allowable load refers to the maximum amount of force or torque that a component or assembly can withstand without failure. It is determined based on the material properties, design specifications, and manufacturing processes of the component.
In order to ensure safe and reliable operation, it is important to carefully assess the allowable load of a system and adhere to the specified limits. Exceeding the allowable load can result in damage to components, shortened component lifespan, or even system failure. Therefore, it is essential to maintain proper maintenance and inspection procedures to ensure that systems are operating within their designed limits.
In conclusion, allowable load is a crucial factor in ensuring the safe and reliable operation of systems. It should be carefully assessed and adhered to in order to avoid potential problems and ensure long-term system performance.
Allowable Load Example: A Car Engine
Let's say you're building a car engine and you need to determine its allowable load. You might consider factors like the size and type of engine parts, the materials used, and the overall design of the engine. Based on these factors, you might come up with an allowable load limit for the engine.
If you exceed this limit, it could cause damage to the engine components or even cause it to fail. Therefore, it's important to maintain proper maintenance and inspection procedures to ensure that your engine is operating within its designed limits.
