Aerodynamics example sentences

"Aerodynamics" Example Sentences

1. The aerodynamics of this race car have been improved for maximum speed.
2. The plane's aerodynamics were affected by the strong crosswind.
3. Understanding aerodynamics is crucial in designing efficient wind turbines.
4. This new bicycle design boasts advanced aerodynamics for reduced drag.
5. The spaceship's aerodynamics had to be adjusted for the planet's unique atmosphere.
6. The aerodynamics of a soccer ball affect the way it moves through the air.
7. He studied aerodynamics to become a better pilot.
8. Engineers are constantly improving the aerodynamics of airplanes to increase fuel efficiency.
9. The design of the wings plays a significant role in the aerodynamics of a bird.
10. Proper aerodynamics are essential for a rocket to reach escape velocity.
11. The train's aerodynamics were improved with a sleek new design.
12. Researchers are studying the aerodynamics of penguins to learn how they swim so rapidly.
13. The engineer implemented changes to the car's aerodynamics for better handling.
14. Understanding aerodynamics is necessary when designing a parachute that can safely land a person.
15. The aerodynamics of a tennis ball affect the way it bounces.
16. The shape of the submersible was designed for optimal aerodynamics in deep sea exploration.
17. The aerodynamics of a golf ball can impact its trajectory and distance.
18. The aerodynamics of a bullet determine its speed and accuracy.
19. Formula One drivers need to have a deep understanding of aerodynamics to succeed.
20. The aerodynamics of a boomerang allow it to return to the thrower.
21. The astronaut trained extensively on the aerodynamics of spacecraft re-entry for a safe return to Earth.
22. The aerodynamics of a Frisbee influence its ability to float and glide through the air.
23. High-performance boats rely heavily on advanced aerodynamics for better speed and handling.
24. The aerodynamics of a baseball can alter the trajectory of a pitch.
25. This new airplane design promises radical improvements in aerodynamics and fuel efficiency.
26. The aerodynamics of the human body play a major role in Olympic swimmer's strokes.
27. Researchers are constantly exploring new ways to improve the aerodynamics of wind turbines to harness more energy.
28. The aerodynamics of a Formula E race car differ from traditional gasoline-powered race cars.
29. The design of a rocket's nose cone is vital to its aerodynamics and stability during launch.
30. Upgrading the car's aerodynamics with a new body kit improved its speed and handling on the track.

Common Phases

1. Aerodynamics plays a crucial role in designing aircraft;
2. The study of aerodynamics includes the behavior of gases in motion;
3. Understanding aerodynamics is essential for developing efficient wind turbines;
4. Aerodynamics affects the performance and speed of race cars;
5. The shape of a projectile impacts its aerodynamics during flight;
6. Improving aerodynamics can lead to reduced drag and improved fuel efficiency in vehicles.