outward bulging

简明释义

船外腹

英英释义

例句

1.During the inspection, we noticed outward bulging on the side of the container.

在检查过程中，我们注意到容器侧面有向外鼓起的现象。

2.The doctor explained that the outward bulging of the abdomen could be a sign of an underlying condition.

医生解释说，腹部的向外鼓起可能是潜在疾病的迹象。

3.The balloon showed signs of outward bulging as it filled with air.

气球在充气时出现了向外鼓起的迹象。

4.The wall exhibited outward bulging due to water damage over time.

由于长期水损，墙壁出现了向外鼓起的现象。

5.The tire had an outward bulging that indicated it was damaged.

轮胎有一个向外鼓起的地方，表明它受损了。

作文

In the realm of physics and engineering, the concept of deformation plays a significant role in understanding how materials respond to various forces. One particular type of deformation that often comes into play is the phenomenon of outward bulging. This occurs when an object expands or distorts outwardly due to internal pressure or external forces acting upon it. For example, consider a balloon filled with air. As more air is pumped into the balloon, the rubber stretches, causing the surface to exhibit outward bulging. This simple yet effective illustration helps us grasp the essential mechanics behind this term.The implications of outward bulging extend beyond everyday objects like balloons. In structural engineering, understanding how materials can deform under stress is crucial for designing safe buildings and bridges. Engineers must predict how structures will behave when subjected to loads, whether from wind, earthquakes, or even the weight of the materials themselves. If a beam in a bridge experiences excessive load, it may begin to show signs of outward bulging, indicating that it is nearing its breaking point. Such predictions are vital in ensuring the integrity and safety of infrastructure.Moreover, outward bulging can also be observed in biological systems. For instance, certain medical conditions can lead to the outward bulging of organs or tissues. A common example is a hernia, where an organ pushes through an opening in the muscle or tissue that normally contains it. This condition can cause visible swelling and discomfort, highlighting the importance of recognizing the signs of outward bulging in a medical context.In the world of manufacturing, outward bulging can also impact product quality. During the production of plastic containers, if the cooling process is not adequately controlled, the finished product may exhibit outward bulging, leading to defects that can compromise the container's functionality. Manufacturers must employ precise techniques to ensure that products maintain their intended shape and do not suffer from undesirable deformations.From an artistic perspective, outward bulging can also inspire creativity. Sculptors and designers may intentionally create forms that exhibit this characteristic to evoke emotions or convey specific messages. The interplay between tension and release in a sculpture can create a dynamic visual experience, drawing the viewer's eye and prompting them to engage with the work on a deeper level. Thus, outward bulging becomes not only a physical phenomenon but also a source of artistic expression.In conclusion, the term outward bulging encompasses a variety of contexts, from physics and engineering to biology and art. Understanding this concept allows us to appreciate the complexities of material behavior under stress and the implications it has across different fields. Whether we are observing the inflation of a balloon, the structural integrity of a bridge, the health of an individual, or the creativity of an artist, outward bulging serves as a reminder of the dynamic nature of our world and the importance of careful observation and analysis.

在物理和工程领域，变形的概念在理解材料如何应对各种力方面扮演着重要角色。一个经常出现的变形类型是外部膨胀现象。当一个物体由于内部压力或外部力量的作用而向外扩展或变形时，就会发生这种情况。例如，考虑一个充满空气的气球。当更多的空气被抽入气球时，橡胶会伸展，导致表面表现出外部膨胀。这个简单而有效的例子帮助我们理解这个术语背后的基本力学。外部膨胀的影响超出了日常物品如气球。在结构工程中，了解材料在应力下如何变形对于设计安全的建筑和桥梁至关重要。工程师必须预测结构在承受负载时的行为，无论是来自风、地震，还是甚至是材料本身的重量。如果一座桥梁的梁承受了过大的负载，它可能开始显示出外部膨胀的迹象，表明它接近断裂点。这种预测对于确保基础设施的完整性和安全性至关重要。此外，外部膨胀也可以在生物系统中观察到。例如，某些医疗条件可能导致器官或组织的外部膨胀。一个常见的例子是疝气，其中一个器官通过正常包含它的肌肉或组织的开口推出来。这种情况可能导致可见的肿胀和不适，突显了在医学背景中识别外部膨胀迹象的重要性。在制造业中，外部膨胀也可能影响产品质量。在塑料容器的生产过程中，如果冷却过程控制不当，成品可能会表现出外部膨胀，导致缺陷，从而可能妨碍容器的功能。制造商必须采用精确的技术，以确保产品保持其预期形状，并且不遭受不希望的变形。从艺术的角度来看，外部膨胀也可以激发创造力。雕塑家和设计师可能故意创造出表现出这种特征的形状，以唤起情感或传达特定的信息。雕塑中张力与释放的相互作用可以创造出动态的视觉体验，吸引观众的目光，并促使他们更深入地参与作品。因此，外部膨胀不仅成为一种物理现象，也成为一种艺术表达的来源。总之，外部膨胀这个术语涵盖了多种背景，从物理学和工程学到生物学和艺术。理解这一概念使我们能够欣赏材料在应力下行为的复杂性以及它在不同领域中的影响。无论我们是在观察气球的充气、桥梁的结构完整性、个体的健康，还是艺术家的创造力，外部膨胀都提醒我们世界的动态特性以及仔细观察和分析的重要性。