axial section的音標(biāo)為["?ks??l ???e?t] ，基本翻譯為"軸截面"，速記技巧為注意字母x發(fā)/ks/的音。

Axial section 的英文詞源可以追溯到拉丁語(yǔ) axillare，意為“圍繞中心”。其變化形式包括名詞的 axile（軸的）和動(dòng)詞的 axilize（圍繞中心放置）。

相關(guān)單詞：

- cross-sectional analysis：橫截面分析，用于研究樣本的組成部分。

- axial load：軸向負(fù)載，指作用于物體軸線的力或力矩。

- axial dimension：軸向尺寸，指物體沿軸線方向的尺寸。

- axial force：軸力，指作用于物體軸線的力。

- mid-axial line：中軸線，指物體中心線。

- sectional area：截面積，指物體被剖開(kāi)后的面積。

- sectional profile：截面輪廓，指物體被剖開(kāi)后的形狀。

- longitudinal section：縱向剖面，指沿著物體長(zhǎng)軸方向的剖面。

- oblique section：傾斜剖面，指傾斜地切開(kāi)物體的剖面。

以上這些單詞都是與 axial section 相關(guān)的常用詞匯，它們?cè)谟⒄Z(yǔ)中有著不同的含義和用法，幫助我們更全面地理解 axial section 的概念。

常用短語(yǔ)：

1. axial plane 軸面

2. axial line 軸線

3. axial symmetry 軸對(duì)稱

4. axial load 軸向荷載

5. axial stress 軸向應(yīng)力

6. axial extension 軸向延伸

7. axial compression 軸向壓縮

雙語(yǔ)例句：

1. The axial section of the cylinder is circular. 氣缸的軸截面是圓形的。

2. The beam is subjected to axial stress due to weight of the material. 由于材料的重量，該梁受到軸向應(yīng)力。

3. The axial extension of the bridge is determined by the length of the piers. 橋的軸向延伸取決于橋墩的長(zhǎng)度。

4. The axial compression causes the column to bend. 軸向壓縮導(dǎo)致柱彎曲。

5. The axial load on the bearing causes it to expand. 軸承上的軸向載荷導(dǎo)致它膨脹。

6. The axial symmetry of the problem allows for a simpler solution. 問(wèn)題具有軸對(duì)稱性，因此可以獲得更簡(jiǎn)單的解。

7. The cylinder is designed to withstand axial loads and bending moments. 該圓柱設(shè)計(jì)用于承受軸向力和彎矩。

英文小作文：

The axial section of a cylinder determines its shape and how it will behave under various loads and forces. For example, a circular axial section indicates that the cylinder is symmetrical around its axis, which means it will behave uniformly under axial loads and bending moments. However, a non-circular section may indicate a more complex shape that requires specific design considerations and calculations to ensure safe and reliable operation. In addition, the axial extension of the cylinder is determined by the length of its base, which must be carefully planned to avoid excessive stress or deformation that could compromise its structural integrity. Therefore, the axial section of a cylinder is an essential component of its design and must be carefully considered during the development process.