propeller arch

简明释义

船尾拱架

英英释义

例句

1.Engineers are exploring the use of a propeller arch 螺旋桨拱 to optimize wind flow around the building.

工程师们正在探索使用propeller arch螺旋桨拱来优化建筑周围的风流。

2.The propeller arch 螺旋桨拱 design is not only functional but also serves as a landmark in the city.

这个propeller arch螺旋桨拱的设计不仅实用，还成为城市中的地标。

3.During the exhibition, visitors were captivated by the propeller arch 螺旋桨拱 that seemed to defy gravity.

在展览期间，游客们被那个似乎违背重力的propeller arch螺旋桨拱所吸引。

4.The design of the new bridge features a stunning propeller arch 螺旋桨拱 that enhances both aesthetics and structural integrity.

新桥的设计采用了一个令人惊艳的propeller arch螺旋桨拱，既美观又增强了结构的完整性。

5.The artist's installation featured a large propeller arch 螺旋桨拱 that symbolized movement and progress.

艺术家的装置展出了一个大型的propeller arch螺旋桨拱，象征着运动和进步。

作文

The concept of a propeller arch is often associated with both engineering and aesthetics in modern architecture. A propeller arch refers to a specific design element that resembles the shape of a propeller, typically used in structures to enhance both functionality and visual appeal. This term is not just limited to architectural designs; it can also be applied in various fields such as mechanical engineering and aerodynamics, where the principles of design and efficiency play crucial roles.In architecture, a propeller arch can serve multiple purposes. Firstly, it provides structural support, allowing buildings to span larger areas without the need for excessive columns or beams. This is particularly beneficial in creating open spaces in public buildings like airports, train stations, or exhibition halls. The sweeping curves of a propeller arch can create a sense of movement and fluidity, drawing the eye upward and inspiring awe in those who enter the space.Moreover, the aesthetic qualities of a propeller arch cannot be overlooked. Its unique shape allows architects to experiment with light and shadow, creating dynamic visual effects throughout the day. For instance, during sunrise and sunset, the angles of the propeller arch can cast intriguing shadows on the ground, enhancing the overall experience of the space. This interplay of light and form can evoke feelings of tranquility or excitement, depending on the context in which the propeller arch is situated.The use of a propeller arch is not limited to new constructions. Many historical buildings have incorporated similar designs, albeit under different names. The revival of interest in these forms has led to a resurgence in their application in contemporary architecture. Architects are increasingly looking to the past for inspiration, blending traditional elements with modern materials and techniques. This fusion results in structures that pay homage to historical designs while meeting the needs of today's society.In addition to its architectural significance, the propeller arch also finds relevance in the field of aerodynamics. The principles governing the flow of air around a propeller can be applied to various designs in engineering. Understanding how a propeller arch functions aerodynamically can lead to innovations in transportation and machinery, where efficiency is paramount. For example, the design of wind turbines often incorporates elements of the propeller arch to maximize energy capture and minimize resistance.Furthermore, the versatility of the propeller arch allows it to be utilized in a variety of contexts beyond architecture and engineering. In art, for instance, sculptors may use the form to convey motion and dynamism, creating pieces that resonate with viewers on both an emotional and intellectual level. The ability of the propeller arch to transcend disciplines highlights its importance as a design element that can inspire creativity across various fields.In conclusion, the propeller arch is more than just a structural component; it embodies a blend of functionality and artistry that resonates across multiple domains. Whether in the soaring ceilings of a modern airport or the innovative designs of machinery, the propeller arch serves as a testament to human ingenuity and the desire to harmonize form with function. As we continue to explore new frontiers in design and engineering, the propeller arch will undoubtedly remain a key element in shaping our built environment and technological advancements.

“螺旋桨拱”这个概念通常与现代建筑中的工程和美学相关联。“螺旋桨拱”指的是一种特定的设计元素，形状类似于螺旋桨，通常用于增强结构的功能性和视觉吸引力。这个术语不仅限于建筑设计；它也可以应用于机械工程和空气动力学等多个领域，在这些领域中，设计和效率的原则发挥着至关重要的作用。在建筑中，“螺旋桨拱”可以服务于多个目的。首先，它提供了结构支持，使建筑能够跨越更大的区域而无需过多的柱子或梁。这在创建公共建筑（如机场、火车站或展览馆）中的开放空间时尤为有利。“螺旋桨拱”的优美曲线可以营造出一种运动感和流动感，吸引人们的目光向上移动，让进入空间的人感到敬畏。此外，“螺旋桨拱”的美学特质也不容忽视。其独特的形状使建筑师能够实验光与影的关系，在一天中的不同时间创造动态的视觉效果。例如，在日出和日落时，“螺旋桨拱”的角度可以在地面上投射出迷人的阴影，增强空间的整体体验。这种光与形的相互作用可以唤起宁静或兴奋的感觉，具体取决于“螺旋桨拱”所处的环境。“螺旋桨拱”的使用并不限于新建建筑。许多历史建筑也采用了类似的设计，尽管在不同的名称下。对这些形式的兴趣复兴导致了它们在当代建筑中的重新应用。建筑师越来越多地从过去汲取灵感，将传统元素与现代材料和技术相结合。这种融合产生了既向历史设计致敬又满足当今社会需求的结构。除了建筑的重要性外，“螺旋桨拱”在空气动力学领域也具有相关性。围绕螺旋桨的气流原理可以应用于工程中的各种设计。理解“螺旋桨拱”的空气动力学功能可以推动交通运输和机械方面的创新，其中效率至关重要。例如，风力涡轮机的设计常常融入“螺旋桨拱”的元素，以最大化能量捕获和最小化阻力。此外，“螺旋桨拱”的多功能性使其能够在建筑和工程之外的各种背景中得到应用。在艺术中，例如，雕塑家可能会使用这种形式来传达运动和动态，创造出与观众在情感和智力层面上产生共鸣的作品。“螺旋桨拱”跨越学科的能力突显了其作为设计元素的重要性，可以激发各个领域的创造力。总之，“螺旋桨拱”不仅仅是一个结构组件；它体现了功能与艺术的结合，在多个领域引起共鸣。无论是在现代机场的高耸天花板中，还是在机器创新设计中，“螺旋桨拱”都是人类智慧和将形式与功能和谐统一愿望的见证。随着我们继续探索设计和工程的新前沿，“螺旋桨拱”无疑将继续成为塑造我们建筑环境和技术进步的关键元素。