aerodynamical

aerodynamical的音标为["eərəʊdɪ"næmɪk(ə)l]，基本翻译为“空气动力学”或“与空气动力学有关的”。

速记技巧：可以将单词分解为几个部分进行记忆，如“aero-”表示“空气”，“dynamics-”表示“动力学”，"-ical"是一个常见的后缀，表示“……的”。通过这样的分解，可以更加容易地记住单词。

Aerodynamical这个词的词源可以追溯到希腊语中的“aero”（空气）和“dunamis”（能力）。这个词在英语中用来描述与空气动力学相关的研究。

变化形式：在英语中，Aerodynamical通常被缩写为Aerodyn。

相关单词：

1. Aeronautics：航空工程学，这个词由“aero”（空气）和“nautics”（航海学）组成，指的是航空器的设计和操作。

2. Aerodynamics：空气动力学，这个词由Aerodynamical和-ics（表示“…的科学”）组成，指的是研究空气与物体相互作用的科学。

3. Aircraft：飞机，这个词由“air”（空气）和“craft”（工艺，技术）组成，指的是用于空中运输的机器。

4. Airfoil：机翼，这个词由“air”（空气）和“foil”（片）组成，指的是飞机机翼的形状。

5. Aerospace：航空航天，这个词由“aero”（空气）和“space”（空间）组成，指的是涉及空气和空间环境的研究领域。

6. Aerogel：气凝胶，这个词由“aero”（空气）和“gel”（凝胶）组成，是一种轻如烟雾的材料。

7. Aeroengine：航空发动机，这个词由“aero”（空气）和“engine”（发动机）组成，指的是用于飞机或其他空中交通工具的发动机。

8. Aerotow：空中吊车，这个词由“aero”（空气）和“tow”（拖）组成，指的是利用飞机作为飞行器起飞或着陆时的牵引工具。

9. Aéroglisse：滑翔，这个词由“aero”（空气）和“glisse”（法语中表示滑动或滑行）组成，指的是利用自身重力而非动力在空中滑动的现象。

10. Aérostat：气动物体，这个词由“aero”（空气）和“stat”（物体）组成，指的是利用空气动力原理进行悬浮或飞行的物体。

常用短语：

1. aerodynamics of flight 飞行空气动力学

2. aerodynamic drag 空气动力阻力

3. aerodynamic lift 空气动力升力

4. aerodynamic coefficient 空气动力系数

5. aerodynamic stall 空气动力失速

6. aerodynamic profile 空气动力外形

7. aerodynamic lift coefficient 空气动力升力系数

例句：

1. The wings on a plane have a crucial role in aerodynamics, helping to generate lift and keep the plane in the air.

2. The airflow over an aircraft"s wings creates aerodynamic drag, which must be overcome using extra fuel or thrust.

3. Aerodynamic lift ensures that airplanes can take off and land vertically, a feat that would be impossible without it.

4. Understanding aerodynamics is essential for designing aircraft that are both efficient and safe.

5. Aircraft design must strike a balance between aerodynamics and structural strength, as too much drag can reduce fuel efficiency and performance.

6. Aerodynamic stall is a critical consideration for aircraft design, as it can cause an aircraft to suddenly lose altitude and potentially crash.

7. The development of new materials and advanced manufacturing techniques are enabling designers to create more aerodynamic aircraft with reduced drag and fuel consumption.

英文小作文：

Airplanes are incredible machines that rely on aerodynamics to stay in the air and take us where we need to go. From the wings that generate lift to the airflow over the fuselage that creates drag, aerodynamics plays a crucial role in ensuring that airplanes work as they should. However, it is not just about how airplanes move through the air, but also about how they look and how they perform in terms of handling and maneuverability. As designers strive to create more efficient and fuel-efficient aircraft, they must also consider how aerodynamics affects these aspects of aircraft performance. Understanding aerodynamics is essential for anyone who wants to design and build airplanes, as it allows them to create machines that are safe, reliable, and efficient in all conditions.