Fluidic example sentences

"Fluidic" Example Sentences

1. The company is researching ways to improve fluidic systems.
2. The fluidic motion of the water was calming to watch.
3. The artist created a beautiful painting with fluidic brush strokes.
4. The fluidic properties of the oil made it difficult to clean up.
5. The fluidic design of the car made it aerodynamic.
6. The fluidic language used in the poetry was difficult to understand.
7. The fluidic material flowed easily through the machine.
8. The fluidic movements of the dancer were mesmerizing.
9. The fluidic dynamics of the river made it dangerous to swim in.
10. The fluidic technology in the machine allowed for precise measurements.
11. The fluidic patterns on the dress were eye-catching.
12. The fluidic nature of the market made it difficult to predict.
13. The fluidic scent of the perfume was intoxicating.
14. The fluidic flow of the music created a soothing atmosphere.
15. The fluidic properties of the gas made it ideal for cooking.
16. The fluidic model of the airplane was tested in a wind tunnel.
17. The fluidic behavior of the bacteria was studied in a lab.
18. The fluidic movements of the fish were fascinating to observe.
19. The fluidic nature of the situation made it hard to make a decision.
20. The fluidic properties of the shampoo left the hair soft and silky.
21. The fluidic sound of the piano filled the room with music.
22. The fluidic structure of the building allowed for natural ventilation.
23. The fluidic approach to problem-solving yielded innovative solutions.
24. The fluidic texture of the fabric was soft and comfortable.
25. The fluidic motion of the lava created a mesmerizing sight.
26. The fluidic technology in the machine prevented clogging.
27. The fluidic movements of the gymnast were impressive.
28. The fluidic properties of the ink allowed for easy writing.
29. The fluidic design of the sculpture was modern and abstract.
30. The fluidic dynamics of the storm made it dangerous to be outside.

Common Phrases

1. Fluidic control systems can optimize industrial processes;
2. Fluidic sensors help monitor and regulate water flow;
3. Fluidic actuators enable precise control of valves and pumps;
4. Fluidic circuits reduce the need for mechanical parts in medical devices;
5. Fluidic principles are used in the design of microfluidic chips.