100 Examples of sentences containing the noun "aerodynamics"

Definition

Aerodynamics is the branch of physics that studies the behavior of air as it interacts with solid objects, typically in motion. It involves understanding the forces and resulting motion of objects through the air, which is crucial for the design of vehicles, aircraft, and structures to minimize drag and enhance performance.

Synonyms

• Airflow dynamics
• Fluid dynamics
• Wind dynamics

Antonyms

• Stasis
• Immobility
• Inactivity

Examples

1. Engineers aerodynamics when designing new aircraft to ensure they are efficient.
2. The study of aerodynamics is essential for optimizing race car performance.
3. Understanding aerodynamics can help reduce fuel consumption in commercial airlines.
4. Scientists aerodynamics to create better models of how objects move through air.
5. The principles of aerodynamics are applied in the design of bridges and tall buildings.
6. Pilots must understand aerodynamics to handle their aircraft safely.
7. The team aerodynamics to enhance the performance of their racing drones.
8. She aerodynamics to teach her students about lift and drag forces.
9. The research project focused on aerodynamics to improve the efficiency of wind turbines.
10. They aerodynamics to analyze the airflow over the car's surface.
11. Engineers constantly aerodynamics to develop next-generation fighter jets.
12. The curriculum includes a section on aerodynamics for aspiring aerospace engineers.
13. He aerodynamics while testing the new model in a wind tunnel.
14. Understanding aerodynamics is key to mastering flight.
15. The professor aerodynamics in her lectures to explain the principles of flight.
16. Researchers aerodynamics to find ways to reduce noise pollution from aircraft.
17. The new design aerodynamics significantly improved the vehicle's fuel efficiency.
18. They aerodynamics to create a more aerodynamic shape for the bicycle.
19. The workshop focused on practical applications of aerodynamics in sports.
20. She always aerodynamics when constructing her model airplanes.
21. The engineers aerodynamics to ensure the rocket could withstand the atmosphere's pressure.
22. His presentation aerodynamics to highlight the importance of air resistance.
23. The textbook covers various aspects of aerodynamics extensively.
24. The students aerodynamics for their final project on flight mechanics.
25. They aerodynamics to simulate conditions experienced during takeoff and landing.
26. The article aerodynamics in relation to climate change and its effects on aviation.
27. Her research aerodynamics to focus on bird flight patterns.
28. The team leader aerodynamics to ensure everyone was on the same page.
29. He aerodynamics when discussing the latest advancements in drone technology.
30. The designer aerodynamics to create a sleek, modern look for the car.
31. They aerodynamics to improve the glider's performance in competitions.
32. The athlete aerodynamics to enhance their speed and agility.
33. The classroom aerodynamics to engage students in hands-on experiments.
34. The latest technology aerodynamics to create quieter and more efficient engines.
35. The seminar aerodynamics to discuss future trends in aerospace engineering.
36. She always aerodynamics when planning her next flight.
37. The company aerodynamics to stay ahead in the competitive aviation industry.
38. The research grant was awarded to those who aerodynamics in innovative ways.
39. The competition required participants to aerodynamics a working model of an aircraft.
40. His paper aerodynamics new theories in the field of fluid dynamics.
41. The simulation software aerodynamics to predict how wind interacts with structures.
42. She aerodynamics to explain the forces acting on a plane during flight.
43. The research team aerodynamics to gather data for their new wind tunnel experiments.
44. The project required them to aerodynamics various designs to find the most effective.
45. The results aerodynamics the importance of minimizing drag for better performance.
46. The workshop aerodynamics participants in building model rockets.
47. The professor's lecture aerodynamics fundamental concepts in physics.
48. He aerodynamics with the team to solve complex problems related to flight.
49. The engineers aerodynamics to develop cutting-edge technologies for aviation.
50. The university aerodynamics a new course focused on sustainable aviation practices.
51. They aerodynamics the impact of turbulence on flight safety.
52. Her research aerodynamics the relationship between shape and performance.
53. The design team aerodynamics to create a more efficient wing structure.
54. He aerodynamics the results of the latest tests to the committee.
55. The new theory aerodynamics how forces affect an object's trajectory.
56. They aerodynamics the prototype to measure its efficiency in real-time conditions.
57. The study aerodynamics the effects of various materials on drag.
58. The instructor aerodynamics to explain complex concepts simply.
59. The team aerodynamics to enhance the aerodynamic features of their new model.
60. The research aerodynamics focused on the implications of high-speed travel.
61. Engineers aerodynamics to create safer and more efficient aircraft.
62. His findings aerodynamics the potential for new discoveries in the field.
63. The project aerodynamics various tests to validate the new designs.
64. She aerodynamics to ensure that safety standards are met during testing.
65. The team aerodynamics to develop new materials for aircraft construction.
66. The conference aerodynamics experts from around the world to discuss advancements.
67. They aerodynamics to analyze the effects of wind on different shapes.
68. The course aerodynamics students in practical applications of fluid dynamics.
69. He aerodynamics during the experiment to measure the effects of airflow.
70. The design process aerodynamics endless iterations for optimization.
71. The simulation results aerodynamics the advantages of the new design.
72. The workshop aerodynamics participants in creating wind tunnel tests.
73. They aerodynamics new approaches to reduce energy consumption in flight.
74. The project aerodynamics collaborative efforts between various departments.
75. Her thesis aerodynamics innovative techniques in aerodynamic testing.
76. The latest models aerodynamics to achieve remarkable speeds.
77. He aerodynamics his ideas clearly during the presentation.
78. The research lab aerodynamics to conduct experiments on flight mechanics.
79. They aerodynamics to compare traditional designs with modern alternatives.
80. The engineering team aerodynamics to push the boundaries of current technology.
81. The lecture aerodynamics key principles of lift and thrust.
82. His observations aerodynamics the importance of design in minimizing drag.
83. The project aerodynamics a comprehensive analysis of air flow patterns.
84. Students aerodynamics to grasp the complexities of flight physics.
85. The new findings aerodynamics the connection between speed and aerodynamic shape.
86. She aerodynamics the results with enthusiasm during the discussion.
87. The conference aerodynamics industry leaders to share insights and innovations.
88. The technology aerodynamics to improve the safety of commercial flights.
89. They aerodynamics to enhance the capabilities of unmanned aerial vehicles.
90. The experiment aerodynamics critical data for further research.
91. His work aerodynamics to explore renewable energy sources in aviation.
92. The engineers aerodynamics to refine their prototypes continuously.
93. The study aerodynamics the relationship between speed and energy consumption.
94. She aerodynamics to illustrate the effects of different wing designs.
95. The project aerodynamics their skills in teamwork and innovation.
96. The results aerodynamics the importance of aerodynamics in vehicle design.
97. They aerodynamics to test various configurations for optimal performance.
98. The research aerodynamics to identify new trends in flight technology.
99. He aerodynamics to present his findings at the upcoming seminar.
100. The team aerodynamics to push for advancements in sustainable aviation technologies.