probability of damage

简明释义

破损概率

英英释义

The likelihood or chance that damage will occur to an object, system, or environment under specific conditions.

在特定条件下,物体、系统或环境发生损害的可能性或机会。

例句

1.We need to evaluate the probability of damage 损坏的概率 to the equipment during transport.

我们需要评估运输过程中设备的损坏的概率

2.The insurance company calculated the probability of damage 损坏的概率 due to natural disasters in the area.

保险公司计算了该地区自然灾害造成的损坏的概率

3.Engineers must consider the probability of damage 损坏的概率 when designing earthquake-resistant structures.

工程师在设计抗震结构时必须考虑损坏的概率

4.Before starting the construction, we need to assess the probability of damage 损坏的概率 to nearby buildings.

在开始施工之前,我们需要评估附近建筑物的损坏的概率

5.The probability of damage 损坏的概率 from flooding was higher than we anticipated.

洪水造成的损坏的概率比我们预期的要高。

作文

In our modern world, we often encounter various risks and uncertainties. One of the critical aspects of risk assessment is understanding the probability of damage, which refers to the likelihood that a certain event will lead to harm or loss. This concept is particularly relevant in fields such as insurance, environmental science, and engineering. By analyzing the probability of damage, we can make informed decisions to mitigate potential risks and enhance safety measures.For instance, consider the construction industry. Engineers must evaluate the probability of damage to buildings during natural disasters like earthquakes or floods. By using statistical models and historical data, they can estimate how likely it is that a structure will suffer damage under specific conditions. This evaluation helps them design buildings that can withstand such events, ultimately protecting lives and investments.Similarly, in the field of environmental science, researchers assess the probability of damage caused by climate change. Rising sea levels, increased frequency of storms, and changing weather patterns pose significant threats to ecosystems and human settlements. By understanding the probability of damage to various habitats, scientists can advocate for policies that promote sustainability and conservation efforts.Moreover, the insurance industry heavily relies on the probability of damage to determine premiums and coverage options. Insurance companies analyze data related to past claims and potential risks to predict future losses. For example, homeowners living in flood-prone areas may face higher insurance premiums due to the increased probability of damage to their property. This practice not only helps insurers manage their financial risk but also encourages homeowners to take preventive measures against potential disasters.The probability of damage is not limited to physical harm; it also applies to financial and reputational risks. Businesses must assess the probability of damage to their brand image in the event of a public relations crisis. A company that fails to address customer complaints or engages in unethical practices may face severe backlash, leading to a decline in sales and customer trust. By evaluating the probability of damage to their reputation, companies can implement strategies to safeguard their image and maintain customer loyalty.In conclusion, understanding the probability of damage is essential across various sectors. It empowers individuals and organizations to make better decisions in risk management and disaster preparedness. Whether it is in construction, environmental science, insurance, or business, assessing the probability of damage enables proactive measures that can save lives, protect assets, and preserve reputations. As we continue to navigate an unpredictable world, the importance of this concept will only grow, reminding us that preparation and awareness are key to minimizing risks and ensuring a safer future.

在我们现代社会中,我们经常会遇到各种风险和不确定性。风险评估的一个关键方面是理解损害的概率,即某个事件导致伤害或损失的可能性。这个概念在保险、环境科学和工程等领域尤为相关。通过分析损害的概率,我们可以做出明智的决策,以减轻潜在风险并增强安全措施。例如,考虑建筑行业。工程师必须评估在自然灾害如地震或洪水期间建筑物的损害的概率。通过使用统计模型和历史数据,他们可以估计在特定条件下结构受损的可能性。这种评估帮助他们设计能够抵御这些事件的建筑,最终保护生命和投资。同样,在环境科学领域,研究人员评估气候变化造成的损害的概率。海平面上升、风暴频率增加和气候模式变化对生态系统和人类居住地构成重大威胁。通过了解各种栖息地的损害的概率,科学家们可以倡导促进可持续性和保护工作的政策。此外,保险行业在确定保费和覆盖选项时也严重依赖于损害的概率。保险公司分析与过去索赔和潜在风险相关的数据,以预测未来损失。例如,生活在洪水易发地区的房主可能会因其财产的损害的概率增加而面临更高的保险费用。这一做法不仅帮助保险公司管理其财务风险,还鼓励房主采取预防措施以应对潜在灾害。损害的概率不仅限于物理伤害;它还适用于财务和声誉风险。企业必须评估在公共关系危机发生时对其品牌形象的损害的概率。一家未能解决客户投诉或参与不道德行为的公司可能会面临严重的反弹,从而导致销售和客户信任的下降。通过评估对其声誉的损害的概率,公司可以实施策略来保护其形象并维持客户忠诚度。总之,理解损害的概率在各个行业中都是至关重要的。它使个人和组织能够在风险管理和灾难准备中做出更好的决策。无论是在建筑、环境科学、保险还是商业中,评估损害的概率都能促使采取积极的措施,拯救生命、保护资产和维护声誉。随着我们继续在一个不可预测的世界中航行,这一概念的重要性只会增加,提醒我们准备和意识是减少风险和确保更安全未来的关键。