annular girder

annular girder的音标为["ænjʊlə dʒɪə(r)]，基本翻译为“环状梁”，速记技巧为：用音标记忆：/æ/发“挨”音，/njuə/发“牛”音。

Annular girder的英文词源可以追溯到拉丁语中的“annulus”和“girnus”，意为环形的或环状的。它的变化形式包括名词形式“annular girder”和形容词形式“annular”。

相关单词：

annular ring：环状的环，环形圈

annular space：环形空间

annular gap：环形间隙

annular flow：环形流动

annular current：环形电流

annular body：环形体

annular ring gear：环形环齿轮

annular ring bearing：环形环轴承

annulus：环形物，环状物

annular structure：环形结构

以上这些单词都与annular girder有着密切的联系，它们在各种领域中都有应用，例如机械工程、物理学、工程学和天文学等。

Annular girder:

1. Ring beam

2. Circular steel beam

3. Ring girder bridge

4. Annular structure

5. Annular member

6. Annular support

7. Annular support structure

例句：

1. The bridge is supported by a pair of annular girders.

2. The annular girder is a special type of steel beam used in bridge construction.

3. The annular girder is a crucial component of the bridge design.

4. The annular support structure is essential for ensuring stability and safety of the bridge.

5. The annular member plays a vital role in supporting the structure of the bridge.

6. The use of annular girders in bridge construction has become increasingly popular in recent years.

7. The annular girder bridges are becoming increasingly common in urban areas due to their ability to handle heavy traffic loads.

英文小作文：

Annular girders are becoming increasingly popular in modern bridge design due to their ability to handle heavy traffic loads and provide a stable foundation for the structure. These bridges are particularly suitable for urban areas where space is limited and traffic demands are high. By using annular girders, designers can create bridges that are lightweight yet strong, providing a safe and efficient way to cross over obstacles in urban environments. Additionally, annular girders are often used in combination with other types of steel structures, such as columns and arches, to create complex and unique designs that are visually appealing and functionally efficient. Ultimately, the use of annular girders in bridge design represents a significant advancement in the field of structural engineering, providing safer and more sustainable solutions for the transportation needs of modern society.