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aerodynamic

adjective

/ˌɛːrə(ʊ)dʌɪˈnamɪk/

IPA:

Dictionary definition of aerodynamic

Optimized for efficient movement through the air.
"An aerodynamic shape is designed to minimize drag and maximize speed and efficiency."

Detailed meaning of aerodynamic

An aerodynamic object is designed to minimize air resistance, also known as drag, and maximize its ability to generate lift. This can include the shape of the object, as well as various features such as fins, wings, and streamlined surfaces. Aerodynamics is an important consideration in many different fields, including aviation, automotive design, and sports equipment. In aviation, for example, aerodynamic principles are used to design airplanes and other aircraft that can fly efficiently through the air. Similarly, in automotive design, aerodynamics are used to improve fuel efficiency and reduce wind noise. In sports, aerodynamic equipment such as cycling helmets and racing suits can provide a competitive edge by reducing drag and improving performance. Ultimately, the goal of aerodynamics is to create designs that move through the air with the least amount of resistance possible.

Example sentences containing aerodynamic

1. The sleek sports car had an aerodynamic design for maximum speed.
2. The cyclist wore an aerodynamic helmet to reduce wind resistance.
3. The aircraft's wings were carefully shaped to be highly aerodynamic.
4. The swimmer's bodysuit was made from an aerodynamic material.
5. The rocket's streamlined shape made it incredibly aerodynamic.
6. The cyclist adjusted their posture to maintain an aerodynamic position.

History and etymology of aerodynamic

The adjective 'aerodynamic' originates from the combination of two Greek words. The first part, 'aero,' comes from 'āēr,' which means 'air' in Greek. The second part, 'dynamic,' is derived from 'dynamis,' meaning 'power' or 'force.' When these elements are brought together, 'aerodynamic' literally means 'pertaining to the power or force of air.' This term has its roots in the study of fluid dynamics and the science of objects moving through the air efficiently. Therefore, something described as 'aerodynamic' is optimized for efficient movement through the air, as it is designed to minimize air resistance and maximize the use of air currents to its advantage.

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Further usage examples of aerodynamic

1. The yacht had an aerodynamic hull for improved performance.
2. The new bicycle featured an aerodynamic frame for better speed.
3. The Formula 1 car had intricate aerodynamic features.
4. The athlete wore an aerodynamic suit for the race.
5. The spaceship's design was focused on being aerodynamic in space.
6. The wind tunnel tests improved the car's aerodynamic efficiency.
7. The jet fighter's wings were designed to be highly aerodynamic.
8. The speedboat's hull was shaped for optimal aerodynamics.
9. The athlete's shoes had an aerodynamic profile for sprinting.
10. The cyclist's wheels were designed to be highly aerodynamic.
11. The drone's streamlined body made it highly aerodynamic.
12. The bullet train's nose was aerodynamically designed for speed.
13. The new swimsuit had an aerodynamic texture for competitive swimmers.
14. The drone's aerodynamic design allowed it to maneuver with precision.
15. The aerodynamic design of a race car can give it a significant advantage on the track.
16. An aerodynamic wing is an essential component of an airplane that helps it to fly.
17. Aerodynamic testing is used to measure the airflow around a vehicle and make adjustments for optimal performance.
18. The aerodynamic properties of a bullet affect its trajectory and range.
19. An aerodynamic helmet is designed to reduce wind resistance and noise for cyclists and motorcyclists.
20. The aerodynamic design of a wind turbine blade helps to increase the efficiency of the turbine.
21. An aerodynamic fairing is a device that is attached to the frame of a bicycle to reduce drag.
22. The aerodynamic principles of gliders and hang gliders allow them to fly with minimal power.
23. An aerodynamic body kit can be added to a car to improve its performance on the track.
24. Aerodynamic drag is the force that opposes the motion of an object moving through a fluid, such as air.
25. The aerodynamic design of a building can affect its energy efficiency and resistance to wind.