rope suspension bridge

简明释义

悬伺

英英释义

例句

1.I felt a rush of adrenaline as I stood on the rope suspension bridge high above the river.

当我站在高高在上的绳索悬索桥上俯瞰河流时，感到一阵肾上腺素激增。

2.The engineers designed the rope suspension bridge to withstand strong winds and heavy rains.

工程师们设计了这座绳索悬索桥，以抵御强风和大雨。

3.During our trip to the rainforest, we walked on a rope suspension bridge that swayed with every step.

在我们前往雨林的旅途中，我们走在一座每一步都摇晃的绳索悬索桥上。

4.The rope suspension bridge was built to connect the two remote villages.

这座绳索悬索桥是为了连接两个偏远村庄而建造的。

5.The hikers crossed the rope suspension bridge to reach the other side of the canyon.

登山者穿过绳索悬索桥到达峡谷的另一边。

作文

The beauty of nature often inspires awe and wonder, especially when one encounters magnificent structures that harmoniously blend with their surroundings. One such remarkable construction is the rope suspension bridge, which not only serves as a practical means of crossing challenging terrains but also stands as a testament to human ingenuity and design. These bridges utilize cables or ropes to support the deck, allowing for flexibility and movement, which is particularly beneficial in areas prone to earthquakes or heavy winds.Historically, rope suspension bridges can be traced back to ancient civilizations. The Incas, for instance, built impressive rope bridges across deep gorges in the Andes mountains. These bridges were made from natural fibers and demonstrated an understanding of tension and balance that was advanced for their time. Today, modern versions of these bridges often use synthetic materials that enhance durability and strength, making them suitable for both urban and rural settings.One of the most famous rope suspension bridges in the world is the Akashi Kaikyō Bridge in Japan, which holds the record for the longest central span of any suspension bridge. This engineering marvel showcases the evolution of bridge design, where traditional concepts have been expanded upon with modern technology. The use of steel cables instead of ropes has allowed for greater spans and the ability to accommodate heavier loads, thus increasing accessibility and connectivity between regions.In addition to their functional benefits, rope suspension bridges are often celebrated for their aesthetic appeal. They can create breathtaking views, especially when set against stunning backdrops such as mountains, rivers, or forests. Photographers and travelers alike are drawn to these structures, capturing their beauty from various angles. The sight of a rope suspension bridge elegantly arching over a valley can evoke feelings of adventure and exploration, inviting individuals to traverse the path before them.Moreover, rope suspension bridges play a significant role in local economies, particularly in remote areas where access to essential services may be limited. By providing a reliable means of transportation, these bridges facilitate trade, tourism, and social interaction among communities. For instance, in many parts of Nepal, rope suspension bridges are vital for connecting villages to markets and healthcare facilities, significantly improving the quality of life for residents.Despite their advantages, maintaining rope suspension bridges requires ongoing attention and care. Environmental factors such as weather, wildlife, and human activity can pose challenges to their integrity. Regular inspections and maintenance are crucial to ensure that these structures remain safe for public use. Engineers and local authorities must work together to address any issues that arise, balancing the need for accessibility with the preservation of the surrounding environment.In conclusion, the rope suspension bridge represents a fascinating intersection of art, engineering, and nature. Its ability to connect people and places while enhancing the landscape is truly remarkable. As we continue to explore innovative designs and materials, the legacy of the rope suspension bridge will undoubtedly endure, inspiring future generations to appreciate the beauty of our world and the ingenuity of human creation.

自然的美丽常常激发敬畏和惊奇，尤其是当人们遇到那些与周围环境和谐融合的壮丽结构时。其中一个引人注目的建筑就是绳索悬索桥，它不仅作为跨越困难地形的实用手段而存在，也作为人类智慧和设计的见证。这些桥梁利用电缆或绳索来支撑桥面，允许灵活性和运动，这在易发生地震或强风的地区尤为有益。历史上，绳索悬索桥可以追溯到古代文明。例如，印加人建造了令人印象深刻的绳索桥，横跨安第斯山脉的深峡。这些桥是由天然纤维制成的，展示了对张力和平衡的理解，这在当时是先进的。如今，这些桥的现代版本通常使用合成材料，增强了耐用性和强度，使其适合城市和乡村环境。世界上最著名的绳索悬索桥之一是日本的明石海峡大桥，它拥有任何悬索桥最长的中央跨度。这一工程奇迹展示了桥梁设计的演变，其中传统概念通过现代技术得到了扩展。钢缆的使用取代了绳索，使得更大的跨度和承载更重负荷成为可能，从而提高了各地区之间的可达性和连通性。除了功能上的好处，绳索悬索桥因其美学吸引力而受到赞扬。它们能够创造令人叹为观止的景观，尤其是在壮观的背景如山脉、河流或森林的衬托下。摄影师和旅行者都被这些结构所吸引，从不同的角度捕捉它们的美。看到一座绳索悬索桥优雅地拱起横跨山谷，可以唤起冒险和探索的情感，邀请人们走上前方的道路。此外，绳索悬索桥在当地经济中扮演着重要角色，尤其是在偏远地区，那里获取基本服务的途径可能有限。通过提供可靠的交通手段，这些桥促进了贸易、旅游和社区间的社会互动。例如，在尼泊尔的许多地方，绳索悬索桥对连接村庄与市场和医疗设施至关重要，显著改善了居民的生活质量。尽管有其优势，维护绳索悬索桥需要持续的关注和照顾。天气、野生动物和人类活动等环境因素可能对其完整性构成挑战。定期检查和维护对于确保这些结构对公众使用的安全至关重要。工程师和地方当局必须共同努力解决出现的任何问题，在可达性和保护周围环境之间取得平衡。总之，绳索悬索桥代表了艺术、工程和自然的迷人交汇。它连接人们和地方的能力，同时提升了景观，确实是非凡的。随着我们继续探索创新的设计和材料，绳索悬索桥的遗产无疑会延续，激励未来几代人欣赏我们世界的美丽和人类创造的智慧。