"Aerodynamic resistance"是指空气动力学阻力，是流体与物体表面相互作用所产生的阻力，是飞行器所遇到的一种重要空气力。
以下是一篇关于空气动力学阻力的英文范文：
Aerodynamic Resistance
Aerodynamic resistance is a significant force encountered by aircraft. It is the force generated by the interaction between airflow and the surface of an object, and is one of the main sources of drag on aircraft.
The aerodynamic resistance of an aircraft is determined by various factors, including its shape, surface roughness, and speed relative to the airflow. To minimize this resistance, designers may modify the shape of the aircraft, smoothen its surface, and adjust its speed to optimize the airflow over the aircraft's surface.
In addition to aerodynamic resistance, aircraft also experience other types of drag, including induced drag, skin drag, and form drag. Induced drag is caused by the airflow around the aircraft's wings causing turbulence downstream, while skin drag is the friction between the aircraft's surface and the airflow. Form drag is caused by the aerodynamic pressure generated by the shape of the aircraft's surface.
By understanding the various types of drag and how they are affected by different factors, designers can optimize the design of aircraft to minimize their aerodynamic resistance and improve their performance in flight.
aerodynamic resistance是指空气动力学阻力，是物体在空气中运动时所受到的阻力，主要由粘性阻力和压差阻力组成。
以下是一篇关于aerodynamic resistance的英文范文：
Aerodynamic Resistance
When a object moves through air, it encounters a force known as aerodynamic resistance, which is responsible for slowing it down. This force is primarily composed of two components: viscous drag and pressure drag.
Viscous drag is caused by air molecules sticking to the object's surface and creating friction, while pressure drag results from airflow over the object's surface creating a pressure difference that acts to slow it down.
Aerodynamic resistance varies depending on the shape and size of the object, as well as its velocity and air density. In order to minimize aerodynamic resistance and increase flight efficiency, aircraft designers take into account these factors when developing their designs.
In addition to aircraft, aerodynamic resistance affects objects that move through the air in other contexts, such as wind turbines, kites, and airships. Understanding aerodynamic principles is essential for optimizing the performance of these systems.
“aerodynamic resistance”是指空气动力学阻力，是流体作用于物体并阻碍其相对运动的一种力。在飞行中，空气动力学阻力是飞机和其他飞行器的主要阻力来源。
至于“aerodynamic resistance英文范文最新变化”，很抱歉，我无法提供最新的英文范文变化，这需要参考最新的英语文献或咨询英语专业人士。