curvilinear fold

简明释义

曲线形褶皱;

英英释义

例句

1.In architecture, a curvilinear fold can add a dynamic element to the design of a building.

在建筑设计中，曲线褶皱可以为建筑的设计增添动态元素。

2.The sculptor created a piece that featured a prominent curvilinear fold to mimic natural forms.

雕塑家创作了一件作品，突出显示了一个显著的曲线褶皱以模仿自然形态。

3.Geologists observed a curvilinear fold in the rock layers, indicating historical tectonic activity.

地质学家观察到岩层中的曲线褶皱，这表明历史上的构造活动。

4.The fashion designer incorporated a curvilinear fold in the gown to enhance its elegance.

时装设计师在礼服中加入了曲线褶皱以增强其优雅感。

5.The artist used a curvilinear fold to create a sense of movement in the fabric of the painting.

艺术家使用了曲线褶皱来营造画布中运动的感觉。

作文

In the realm of geology and structural analysis, the term curvilinear fold refers to a specific type of geological formation characterized by its smooth, curved shapes. These folds are typically formed due to tectonic forces that act upon layers of rock over extended periods. Understanding the concept of curvilinear fold is essential for geologists and engineers alike, as it helps in predicting the behavior of rock formations under stress and in identifying potential sites for construction or excavation.The formation of curvilinear folds occurs when horizontal layers of sedimentary rock are subjected to compressional forces. As these forces act on the rock layers, they cause the rocks to bend rather than break. This bending results in a series of undulating curves that can vary significantly in size and shape. The study of these folds not only provides insight into the geological history of an area but also aids in resource exploration, such as oil and gas deposits, which are often found in folded rock layers.Geologists categorize folds into various types based on their shapes and orientations. Curvilinear folds are unique because they do not follow a linear pattern; instead, they exhibit a more organic, flowing appearance. This characteristic makes them particularly interesting from both a scientific and aesthetic perspective. In many cases, the presence of curvilinear folds can indicate complex geological processes, such as the interaction of different tectonic plates or the influence of volcanic activity.Furthermore, curvilinear folds can have significant implications for civil engineering projects. When constructing buildings, bridges, or tunnels, engineers must consider the underlying geology. The presence of these folds can affect the stability of structures and the behavior of the ground during seismic events. Therefore, thorough geological surveys are conducted to map out these formations, ensuring that construction practices are safe and effective.In addition to their practical applications, curvilinear folds also inspire artists and architects. The natural beauty of these formations can be seen in landscapes around the world, influencing design principles that emphasize fluidity and organic forms. For instance, some modern architectural designs incorporate elements that mimic the gentle curves of curvilinear folds, creating spaces that feel harmonious with their surroundings.In conclusion, the concept of curvilinear fold is a vital aspect of geological science, with far-reaching implications in various fields. From resource exploration to civil engineering and even art, the understanding of these unique formations enhances our knowledge of the Earth’s processes and informs our interactions with the environment. As we continue to study and appreciate the complexities of curvilinear folds, we gain a deeper appreciation for the intricate tapestry of our planet’s geology and the dynamic forces that shape it every day.

在地质学和结构分析领域，术语curvilinear fold指的是一种特定类型的地质构造，其特点是光滑、弯曲的形状。这些褶皱通常是由于构造力量在漫长的时间内作用于岩层而形成的。理解curvilinear fold的概念对于地质学家和工程师来说至关重要，因为它有助于预测岩石在应力下的行为，并识别潜在的建筑或挖掘地点。Curvilinear folds的形成发生在水平沉积岩层受到压缩力作用时。当这些力量作用于岩层时，它们会导致岩石弯曲而不是破裂。这种弯曲导致了一系列起伏的曲线，这些曲线的大小和形状可能会有显著差异。对这些褶皱的研究不仅提供了该地区地质历史的洞察，还帮助资源勘探，如油气储藏，通常存在于折叠的岩层中。地质学家根据褶皱的形状和方向将其分类。Curvilinear folds是独特的，因为它们不遵循线性模式；相反，它们表现出更有机、流畅的外观。这一特征使它们在科学和美学上都特别有趣。在许多情况下，curvilinear folds的存在可以表明复杂的地质过程，例如不同构造板块之间的相互作用或火山活动的影响。此外，curvilinear folds对土木工程项目也有重要影响。在建造建筑、桥梁或隧道时，工程师必须考虑基础地质。褶皱的存在可能会影响结构的稳定性以及地面在地震事件中的行为。因此，会进行详细的地质调查，以绘制出这些构造，确保建筑实践的安全和有效。除了实际应用，curvilinear folds还激励了艺术家和建筑师。这些构造的自然美可以在世界各地的风景中看到，影响着强调流动性和有机形态的设计原则。例如，一些现代建筑设计融入了模仿curvilinear folds温和曲线的元素，创造出与周围环境和谐的空间。总之，curvilinear fold的概念是地质科学的一个重要方面，在各个领域都有深远的影响。从资源勘探到土木工程甚至艺术，对这些独特构造的理解增强了我们对地球过程的认识，并告知我们与环境的互动。随着我们继续研究和欣赏curvilinear folds的复杂性，我们对塑造我们星球的动态力量和地质的精致织锦有了更深的理解。