"Vorticity" Example Sentences
1. The vorticity of the tornado was measured in the laboratory.
2. The airplane's wing design relies on vorticity to reduce drag.
3. The ocean currents were influenced by the vorticity caused by the earth's rotation.
4. The spinning motion of the water in the bathtub created vorticity.
5. The vorticity calculation was used to predict potential turbulence in the atmosphere.
6. The storm's vorticity was too weak to cause any significant damage.
7. The vortex's vorticity was observed moving across the field.
8. The intense vorticity of the hurricane caused widespread destruction.
9. The spinning blades of the helicopter caused vorticity in the air.
10. The vorticity in the river increased the level of oxygen in the water.
11. The airplane encountered unexpected vorticity during its descent.
12. The vorticity pattern of the storm suggested it was intensifying.
13. The oscillating fan created vorticity in the air flow.
14. The air conditioning unit used vorticity to cool the air.
15. The basketball's spin affected its vorticity as it bounced on the court.
16. The flow of water over the dam created vorticity in the downstream current.
17. The vorticity generated by the boat's propellers caused a wake behind it.
18. The vorticity of the spacecraft's engines enabled it to change its course.
19. The research team studied the vorticity of the air around a bug's wings during flight.
20. The wind shear created vorticity in the atmosphere.
21. The ship's navigation system was affected by the vorticity of the ocean current.
22. The fighter jet's maneuver resulted in high vorticity of the air flow.
23. The turbulent flow of air created vorticity around the building's corners.
24. The whirlpool's vorticity pulled objects down into the water.
25. The fluid dynamics research focused on the vorticity of the flow.
26. The tornado's vorticity was measured using Doppler radar technology.
27. The spinning top's vorticity affected its stability as it rotated.
28. The vorticity of the jet stream influenced the weather patterns across the continent.
29. The sailboat's vorticity enabled it to move against the headwinds.
30. The vorticity of the river eddies was used to generate hydroelectric power.
Common Phases
1. The
vorticity of the fluid was calculated using the curl of its velocity field;
2. The air flow over the wing resulted in a high
vorticity region;
3. The magnitude of
vorticity was directly proportional to the angular velocity;
4. The formation of a vortex in the wake of a cylinder is due to
vorticity shedding;
5. The
vorticity equation describes the evolution of
vorticity in a fluid;
6. The effects of
vorticity on the flow field can be visualized using dye injection techniques;
7. The
vorticity of the ocean currents contributes significantly to the Earth's climate dynamics.