endurance failure

简明释义

疲劳破坏

英英释义

例句

1.The study focused on the effects of temperature on endurance failure in materials.

这项研究集中于温度对材料耐力失效的影响。

2.The bridge collapsed due to endurance failure of its supporting beams after years of wear and tear.

这座桥梁因支撑梁的耐力失效而倒塌，经过多年的磨损。

3.The athlete experienced an endurance failure during the marathon, resulting in a significant drop in performance.

这位运动员在马拉松比赛中经历了耐力失效，导致表现显著下降。

4.Engineers must consider endurance failure when designing components for high-stress environments.

工程师在设计高应力环境的组件时必须考虑耐力失效。

5.During the cycling event, several participants faced endurance failure due to dehydration.

在自行车比赛中，几名参赛者因脱水而遭遇耐力失效。

作文

Endurance is a crucial aspect of both physical and mental performance. It refers to the ability to withstand stress, fatigue, and challenges over an extended period. However, there are instances when individuals or materials fail to maintain this capacity, leading to what is known as endurance failure. This term can be applied in various contexts, including athletics, engineering, and even psychological resilience. Understanding endurance failure is essential for improving performance and preventing breakdowns in both people and systems.In athletics, athletes often push their bodies to the limit in training and competition. While some may successfully build their endurance through rigorous training regimens, others may experience endurance failure during critical moments. This failure can manifest as physical exhaustion, where muscles can no longer sustain the effort required for continued performance. For example, a marathon runner may hit a wall at a certain point in the race when their body depletes its glycogen stores, leading to a sudden drop in energy levels. This phenomenon emphasizes the importance of proper nutrition, pacing, and mental preparation in overcoming potential endurance failure.In engineering, endurance failure refers to the deterioration of materials under repeated stress over time. Engineers must consider the endurance limits of materials when designing structures, such as bridges or aircraft. If a material is subjected to stresses beyond its endurance limit, it can lead to catastrophic failures. For instance, metal fatigue can occur in airplane wings after thousands of cycles of stress, resulting in cracks and eventual structural failure. Understanding the principles of endurance failure in materials science helps engineers create safer and more reliable designs that can withstand the test of time.Psychologically, individuals may also experience endurance failure when faced with prolonged stress or adversity. Mental endurance is vital for coping with challenges, whether in personal life, work, or academic settings. When individuals encounter overwhelming stressors without adequate support or coping mechanisms, they may reach a breaking point, leading to burnout or mental health crises. Recognizing the signs of impending endurance failure is crucial for seeking help and implementing strategies to bolster mental resilience, such as mindfulness practices, therapy, and social support.In conclusion, endurance failure is a multifaceted concept that applies to various domains, from sports to engineering to mental health. By understanding the factors that contribute to endurance failure, individuals and professionals can take proactive measures to enhance endurance, whether through training, material selection, or mental health strategies. As we strive to improve our endurance capabilities, it is essential to recognize our limits and seek balance, ensuring that we do not push ourselves or our materials beyond what is sustainable. Ultimately, acknowledging the risk of endurance failure allows us to cultivate resilience and achieve our goals more effectively.

耐力是身体和心理表现的一个关键方面。它指的是在较长时间内承受压力、疲劳和挑战的能力。然而，在某些情况下，个人或材料未能维持这种能力，导致所谓的耐力失效。这个术语可以应用于各种背景，包括体育、工程，甚至心理韧性。理解耐力失效对于提高表现和防止人和系统的崩溃至关重要。在体育运动中，运动员常常在训练和比赛中将自己的身体推向极限。虽然有些人可能通过严格的训练计划成功建立他们的耐力，但其他人在关键时刻可能会经历耐力失效。这种失效可以表现为身体疲惫，肌肉无法再维持继续表现所需的努力。例如，一名马拉松跑者在比赛的某个时刻可能会遇到瓶颈，当他们的身体耗尽糖原储备时，能量水平会突然下降。这一现象强调了适当营养、配速和心理准备在克服潜在耐力失效中的重要性。在工程学中，耐力失效指的是材料在长期重复应力下的劣化。当设计桥梁或飞机等结构时，工程师必须考虑材料的耐力极限。如果材料承受的应力超过其耐力极限，就可能导致灾难性的失败。例如，金属疲劳可能发生在飞机机翼上，经过数千次的应力循环后，导致裂纹和最终的结构失效。在材料科学中理解耐力失效的原理可以帮助工程师创造更安全、更可靠的设计，能够经得起时间的考验。在心理上，个人在面对长期压力或逆境时也可能经历耐力失效。心理耐力对应对挑战至关重要，无论是在个人生活、工作还是学术环境中。当个人在没有足够支持或应对机制的情况下遇到压倒性的压力源时，他们可能会达到崩溃点，导致倦怠或心理健康危机。识别即将发生的耐力失效的迹象对于寻求帮助和实施增强心理韧性的策略至关重要，例如正念练习、治疗和社会支持。总之，耐力失效是一个多面的概念，适用于各种领域，从体育到工程再到心理健康。通过理解导致耐力失效的因素，个人和专业人士可以采取积极措施来增强耐力，无论是通过训练、材料选择还是心理健康策略。当我们努力提高我们的耐力能力时，认识到我们的极限并寻求平衡至关重要，以确保我们不会将自己或我们的材料推向不可持续的境地。最终，承认耐力失效的风险使我们能够培养韧性，更有效地实现我们的目标。