allowable stress 基本释义：允许的应力
allowable stress发音：英 [??le?m?bl st??ns] 美 [??le?m?bl st??ns]
allowable stress英语范文：
The allowable stress of a material is an important factor that determines its strength. It is necessary to understand the allowable stress of materials in practical engineering. For example, when designing a bridge, we need to consider the allowable stress of the materials used to ensure that the bridge can withstand the maximum load without being damaged. Similarly, when selecting a material for a building, we need to consider the allowable stress of the material to ensure that the building will not collapse due to external forces. Therefore, it is important to understand the allowable stress of materials and use them appropriately in practical engineering.
allowable stress 英语作文音标和基础释义：允许的应力是决定材料强度的要素之一。在工程实践中，了解材料的允许应力是必要的。例如，在桥梁设计中，需要考虑所用材料的允许应力，以确保桥梁在承受最大载荷时不会损坏。同样，在选择建筑材料时，也需要考虑材料的允许应力，以确保建筑物不会因外力而倒塌。因此，了解材料的允许应力并在实践中恰当地使用它非常重要。
allowable stress
allowable stress是指在工程材料中可以承受的应力范围。它涉及到材料强度、结构设计和安全性能等多个方面。
在工程实践中，我们常常需要考虑到allowable stress来确保结构的安全性。例如，在桥梁设计中，我们需要根据材料的强度和结构的承载能力来计算允许的应力，以确保桥梁在正常运营期间不会发生断裂或损坏。
此外，allowable stress也与材料的质量和加工工艺有关。如果材料的质量不佳或加工工艺不当，可能会导致材料内部的应力分布不均匀，进而影响其强度和稳定性。因此，在材料选择和加工过程中，我们需要严格控制质量，确保材料符合设计要求。
总之，allowable stress是工程实践中非常重要的一环，它涉及到材料强度、结构设计、安全性能等多个方面。在实际应用中，我们需要综合考虑各种因素，确保结构的安全性和稳定性。
（英语范文）
Recently, we were discussing the allowable stress of a bridge design project. According to the design requirements, the allowable stress should be within a certain range to ensure the safety of the bridge.
After analyzing the material properties and the structure design, we found that the allowable stress was within the specified range. However, we also realized that the quality and processing technology of the materials had a significant impact on the allowable stress.
If the materials had poor quality or improper processing technology, it could lead to uneven stress distribution within the materials, which could affect their strength and stability. Therefore, we must pay close attention to material quality and processing technology to ensure that the materials meet design requirements.
In conclusion, allowable stress is an important factor in engineering practice, which involves multiple factors such as material strength, structure design, and material quality and processing technology. We must carefully consider these factors to ensure the safety and stability of our structures.
allowable stress
Allowable stress refers to the stress that can be safely tolerated by a material or structure under certain conditions. It is determined by various factors such as material properties, structure design, environmental conditions, and operating conditions.
In engineering design, it is important to consider allowable stress when selecting materials, designing structures, and ensuring safety. If the stress exceeds the allowable value, it may cause material failure or structural collapse, leading to serious consequences. Therefore, it is necessary to carefully evaluate the stress state of a material or structure and ensure that it does not exceed the allowable value.
In practice, there are various methods and tools available to evaluate stress states and ensure safety. For example, stress analysis software can be used to calculate the stress of a structure based on its design parameters and the surrounding conditions. Additionally, experimental methods such as finite element analysis and static stress measurement can also be used to verify the accuracy of computational results and ensure safety.
In summary, allowable stress is an important concept in engineering design that must be carefully considered to ensure the safety of materials and structures. By using various methods and tools, engineers can accurately evaluate stress states and ensure that they do not exceed the allowable value, thereby preventing potential risks and accidents.
If we consider the example of a bridge design, the allowable stress would be determined by factors such as the material properties of the bridge components, the design of the bridge structure, the environmental conditions under which the bridge will be operating, and any other relevant factors. Once the allowable stress is determined, it can be used as a benchmark to ensure that the bridge design meets safety standards and will withstand expected loads without failure.
