arcuated architecture

简明释义

拱式建筑

英英释义

例句

1.The ancient Roman structures are a prime example of arcuated architecture, which emphasizes the use of arches.

古罗马建筑是拱形建筑的典范，强调使用拱门。

2.Many modern buildings incorporate arcuated architecture to enhance their aesthetic appeal and structural integrity.

许多现代建筑采用拱形建筑来增强其美观性和结构完整性。

3.In studying historical architecture, one cannot overlook the significance of arcuated architecture in Gothic cathedrals.

在研究历史建筑时，不能忽视拱形建筑在哥特式大教堂中的重要性。

4.The museum's entrance is designed with arcuated architecture that draws visitors in with its grandeur.

博物馆的入口采用了拱形建筑的设计，以其宏伟吸引游客。

5.The design of the bridge features arcuated architecture that allows for better weight distribution.

这座桥的设计采用了拱形建筑，能够更好地分配重量。

作文

The term arcuated architecture refers to a style of building that prominently features arches as a primary structural element. This architectural approach has been utilized across various cultures and historical periods, showcasing the ingenuity of human design. From ancient Roman aqueducts to Gothic cathedrals, the use of arches has allowed architects to create expansive spaces while maintaining stability and strength. The evolution of arcuated architecture can be traced back to early civilizations that recognized the benefits of the arch in distributing weight and allowing for larger openings in walls.In ancient Rome, the mastery of the arch was a hallmark of their engineering prowess. The Romans employed arcuated architecture to build monumental structures such as the Colosseum and the Pantheon. The use of the arch not only provided structural integrity but also contributed to the aesthetic appeal of these buildings. The grandiosity of Roman architecture, characterized by its massive arches and vaults, conveyed power and authority, reflecting the might of the Roman Empire.As we move into the Middle Ages, the Gothic style emerged, further innovating the principles of arcuated architecture. The pointed arch became a defining feature, allowing for taller and more slender structures. Cathedrals like Notre-Dame de Paris exemplify this evolution, where the combination of flying buttresses and intricate arches created breathtaking interiors filled with light. This period highlighted how arcuated architecture could not only support heavy roofs but also inspire awe and reverence among worshippers.The Renaissance brought a renewed interest in classical forms, leading to a resurgence of arcuated architecture. Architects like Brunelleschi and Michelangelo integrated arches into their designs, blending functionality with beauty. The dome of St. Peter's Basilica, for instance, showcases the harmonious relationship between arches and domes, creating an iconic silhouette that dominates the skyline of Rome.In modern times, the principles of arcuated architecture continue to influence contemporary design. While materials and technologies have evolved, the fundamental concept of using arches for structural support remains relevant. Architects today experiment with new materials, such as steel and reinforced concrete, to push the boundaries of what is possible while still drawing inspiration from the past.Moreover, the sustainability movement has prompted a reevaluation of traditional architectural techniques, including arcuated architecture. The efficiency of arches in distributing weight can lead to less material usage, making it an eco-friendly option for modern constructions. By revisiting these age-old principles, architects can create innovative designs that honor the past while addressing contemporary environmental challenges.In conclusion, arcuated architecture represents a significant chapter in the history of architectural design. Its ability to combine strength, beauty, and functionality has made it a timeless choice for builders throughout the ages. As we continue to explore new possibilities within the realm of architecture, the lessons learned from arcuated architecture will undoubtedly guide future generations in creating structures that are not only visually stunning but also structurally sound and sustainable.

“拱形建筑”一词指的是一种建筑风格，主要特征是将拱作为主要结构元素。这种建筑方法在各种文化和历史时期中得到了应用，展示了人类设计的独创性。从古罗马的引水道到哥特式大教堂，拱的使用使建筑师能够创造广阔的空间，同时保持稳定性和强度。“拱形建筑”的演变可以追溯到早期文明，它们认识到拱在分配重量和允许墙体更大开口方面的好处。在古罗马，拱的掌握是他们工程能力的标志。罗马人利用“拱形建筑”建造了宏伟的建筑，如斗兽场和万神殿。拱的使用不仅提供了结构完整性，还增强了这些建筑的美学吸引力。罗马建筑的宏伟，以其巨大的拱门和穹顶为特征，传达了权力和威严，反映了罗马帝国的强大。随着进入中世纪，哥特式风格出现，进一步创新了“拱形建筑”的原则。尖拱成为一个定义特征，使得建筑能够更高更纤细。巴黎圣母院等大教堂就是这种演变的典范，飞扶壁与复杂的拱门结合，创造出令人叹为观止、充满光线的内部空间。这一时期突显了“拱形建筑”不仅能够支撑重屋顶，还能在信徒中激发敬畏与崇敬。文艺复兴带来了对经典形式的新兴趣，导致了“拱形建筑”的复兴。像布鲁内莱斯基和米开朗基罗这样的建筑师将拱融入他们的设计，功能与美感相结合。圣彼得大教堂的穹顶便是一个例子，展示了拱与穹顶之间的和谐关系，创造出一个主导罗马天际线的标志性轮廓。在现代，“拱形建筑”的原则继续影响当代设计。虽然材料和技术已经发展，但使用拱作为结构支撑的基本概念仍然相关。今天的建筑师尝试使用新材料，如钢铁和钢筋混凝土，推动可能性的边界，同时依然从过去汲取灵感。此外，可持续发展运动促使人们重新评估传统建筑技术，包括“拱形建筑”。拱在分配重量方面的效率可以减少材料的使用，使其成为现代建筑的环保选择。通过重温这些古老的原则，建筑师能够创造出创新的设计，既尊重过去，又应对当代环境挑战。总之，“拱形建筑”代表了建筑设计历史中的一个重要篇章。它将强度、美感和功能性结合的能力，使其成为历代建筑师的永恒选择。随着我们继续探索建筑领域的新可能性，从“拱形建筑”中汲取的教训无疑将指导未来几代人在创造既美观又结构坚固且可持续的建筑时。