青青草a国产免费观看|91麻豆精品国产福利|国产av五无码一级毛片|亚洲爆乳精品无码一区二区|久久亚洲AV成人无码国产|91无码人妻一区二区三区|色婷婷av一区二区三区性色|国产制服91一区二区三区制服,女人书籍排行榜,盗墓笔记小说txt下载,玄幻小说排行榜完本

position: EnglishChannel  > Oriental Wisdom> Zhaozhou Bridge: Crystallization of Ancient Engineering Technology

Zhaozhou Bridge: Crystallization of Ancient Engineering Technology

Source: Science and Technology Daily | 2023-05-04 11:00:18 | Author: Staff?Reporters


Zhaozhou Bridge. (PHOTO: VCG)

By?Staff?Reporters

Zhaozhou Bridge, also known as Anji Bridge, is a historic bridge located in Zhao county, North China's Hebei province. Built during the Sui dynasty (581-618 AD), it is one of the oldest and largest stone arch bridges in the world and considered a masterpiece of ancient Chinese architecture. The bridge is not only a cultural and historical icon, but also an excellent example of how scientific knowledge and engineering principles were applied in ancient China.

At the time of its construction, the Zhaozhou Bridge was a revolutionary feat of engineering. It spans the Jiao River, which was prone to flooding, and was designed to withstand the powerful currents of the river. The bridge is 64.4 meters long and 9.6 meters wide, with a span of 37.02 meters. It is made up of 28 semicircular arches and is constructed entirely of limestone blocks.

One of the most impressive aspects of the Zhaozhou Bridge is its use of the "spandrel arch" technique. The technique involves creating a series of small arches between the main arches, which not only help to support the weight of the bridge but also reduce the overall weight of the structure. This technique allowed the builders to create a lighter and more efficient bridge without sacrificing its strength or durability.

This unique design of the bridge also considers the natural environment in which it was built. The arches are spaced at different intervals to allow for the flow of water and reduce the risk of flooding, and the bridge was built at an angle to the river that would minimize the impact of strong currents.

Construction of the Zhaozhou Bridge required a high degree of skill and knowledge in mathematics, physics, and engineering. The uses of advanced techniques such as spandrel arches, as well as the careful consideration of the natural environment, demonstrate a deep scientific understanding of the builders.

???

Editor:畢煒梓

抱歉,您使用的瀏覽器版本過低或開啟了瀏覽器兼容模式,這會影響您正常瀏覽本網(wǎng)頁

您可以進行以下操作:

1.將瀏覽器切換回極速模式

2.點擊下面圖標(biāo)升級或更換您的瀏覽器

3.暫不升級,繼續(xù)瀏覽

繼續(xù)瀏覽
新竹市| 黄石市| 桓台县| 余江县| 大石桥市| 开鲁县| 泉州市| 额敏县| 江安县| 桦川县| 赤水市| 额敏县| 油尖旺区| 长岭县| 泗阳县| 鲜城| 桑日县| 临江市| 桃园县| 渝北区| 兴国县| 云龙县| 平昌县| 集贤县| 恩施市| 建瓯市| 德江县| 秦皇岛市| 西林县| 东城区| 图木舒克市| 木里| 安新县| 汾西县| 疏附县| 桃源县| 苏州市| 黎平县| 合水县| 盐城市| 南昌县|