safety coefficient

简明释义

安全系数

英英释义

例句

1.The safety coefficient 安全系数 helps determine the maximum load a material can safely handle.

在确定材料可以安全承受的最大负载时，safety coefficient 安全系数起着重要作用。

2.Manufacturers must adhere to regulations regarding the safety coefficient 安全系数 of products used in construction.

制造商必须遵守有关建筑中使用产品的safety coefficient 安全系数的法规。

3.In the design of pressure vessels, a higher safety coefficient 安全系数 is essential to prevent catastrophic failures.

在压力容器的设计中，较高的safety coefficient 安全系数对于防止灾难性故障至关重要。

4.Engineers often calculate the safety coefficient 安全系数 to ensure that structures can withstand unexpected loads.

工程师通常计算safety coefficient 安全系数以确保结构能够承受意外载荷。

5.The safety coefficient 安全系数 for the bridge was set at 1.5 to account for potential seismic activity.

这座桥的safety coefficient 安全系数设置为1.5，以考虑潜在的地震活动。

作文

In engineering and design, the concept of safety coefficient is crucial for ensuring the reliability and durability of structures and systems. The safety coefficient (安全系数) is a numerical value that represents the ratio between the maximum load a structure can handle and the actual load it is expected to bear during its lifetime. This concept is not only applicable in engineering but also finds relevance in various fields such as finance, manufacturing, and even daily life decisions. To understand the importance of the safety coefficient (安全系数), let’s consider an example from civil engineering. When constructing a bridge, engineers must account for various forces that will act on it, including the weight of vehicles, wind loads, and seismic activity. By calculating the safety coefficient (安全系数), they can determine how much additional strength is required to ensure that the bridge remains safe under unexpected conditions. A higher safety coefficient (安全系数) indicates that the bridge can withstand more stress than what it will typically encounter, thus providing a buffer against potential failures.In the field of finance, the safety coefficient (安全系数) can be used to evaluate investment risks. Investors often look for stocks or bonds with a high safety coefficient (安全系数), meaning they are less likely to lose value under market fluctuations. This application highlights the versatility of the concept; it is not limited to physical structures but extends into the realm of economic stability and risk management.Moreover, the safety coefficient (安全系数) plays a significant role in manufacturing processes. For instance, when producing machinery, manufacturers must consider the safety coefficient (安全系数) to ensure that the machines can operate effectively over time without failure. By incorporating a sufficient safety coefficient (安全系数) into the design, manufacturers can reduce the likelihood of breakdowns, which ultimately leads to increased productivity and reduced costs associated with repairs and downtime.In everyday life, we can apply the idea of the safety coefficient (安全系数) in decision-making. For example, when planning a road trip, one might calculate the distance to be traveled and compare it to the fuel capacity of the vehicle. By allowing for extra fuel, one creates a personal safety coefficient (安全系数) that ensures the trip can be completed without running out of gas. This simple application demonstrates how the concept can aid in risk assessment and management in various scenarios.In conclusion, the safety coefficient (安全系数) is a fundamental concept that transcends multiple disciplines, from engineering to finance and daily life. Understanding and applying this principle allows individuals and professionals alike to make informed decisions that prioritize safety and reliability. Whether designing a bridge, investing in stocks, or planning a trip, considering the safety coefficient (安全系数) can lead to better outcomes and enhanced security in our endeavors.