aerofoil

aerofoil的音标为[ˈeərəʊˌfəʊl] ，基本翻译为“翼梢小翼”，速记技巧为：aero（空气）foil（薄片）→空气中的薄片→翼梢小翼。

Aerofoil: 源自拉丁语“aer”和希腊语“foil”，意为翅膀或翼片。

变化形式：在英语中，aerofoil的形式没有发生改变。

相关单词：

1. aileron - 翼片或翼舵，用于控制飞机的飞行角度。

2. airfoil - 与aerofoil含义相同，但更常用于航空领域。

3. foil - 箔，金属片，通常用于食品或饮料中作为装饰或增加口感。

4. flap - 翼片或翅膀的一部分，用于控制飞机的飞行速度或高度。

5. vane - 风向标，通常由翼片组成，用于指示风的方向。

6. aerospace - 航空和太空领域的，与aerofoil相关。

7. aerodynamics - 空气动力学，研究空气与物体相互作用力的科学。

8. foilhead - 箔头，一种特殊的金属片，用于制作艺术品或装饰品。

9. aerofoillet - 翼片状的装置，通常用于飞机的小翼，以提高性能。

10. aerotow - 利用翼片或类似的装置，通过空气动力作用将飞机拉起或加速。

以上这些单词都与aerofoil有着密切的联系，并且都反映了航空和飞行领域的技术和科学。

aerofoil常用短语：

1. at the aerofoil section

2. at the aerofoil angle

3. at the aerofoil height

4. at the aerofoil root

5. at the aerofoil leading edge

6. at the aerofoil trailing edge

7. at the aerofoil thickness

例句：

1. The airfoil is designed to have a smooth surface at the aerofoil section.

2. The airplane wings are typically at the aerofoil angle to provide lift.

3. The aerofoil height is adjusted to optimize aerodynamic performance.

4. The aerofoil root is where the airfoil attaches to the airplane structure.

5. The aerofoil leading edge is sharp and designed to create a strong airflow.

6. The aerofoil trailing edge may have flaps or slats to improve flight control.

7. The aerofoil thickness should be kept to a minimum to reduce drag.

英文小作文：

Airfoils are essential components of aircraft design, contributing to flight performance and control. From smooth, curved surfaces at the aerofoil section to precise angles and edges at the leading and trailing edges, airfoils play an integral role in ensuring safe and efficient flight.

Airfoils are designed to optimize aerodynamic forces, such as lift and drag, for a given flight condition. At the aerofoil section, smooth surfaces minimize turbulence and increase aerodynamic efficiency. At the aerofoil angle, wings are typically positioned to provide lift, while adjustments to the aerofoil height and root optimize aerodynamic performance.

The aerofoil leading edge is designed with a sharp edge to create a strong airflow, while the aerofoil trailing edge may include flaps or slats to improve flight control. Finally, the aerofoil thickness should be kept to a minimum to reduce drag, ensuring maximum fuel efficiency and range.

From their essential role in flight performance to their complex design details, airfoils are an integral part of modern aviation technology, ensuring safe and efficient flight for passengers and cargo.