"Laminar" Example Sentences
1. The laminar airflow in the lab kept the particles from contaminating the experiment.
2. The airfoil was designed to produce laminar flow over the wings.
3. The water in the channel flowed in a laminar pattern without any turbulence.
4. The laminar flow hood protected the researchers from airborne contaminants.
5. The blood flow in the vessel was laminar until it reached the narrow capillaries.
6. The laminar boundary layer prevented the formation of turbulence near the surface.
7. The fan-shaped laminar jet sprayed the chemicals in a precise and controlled manner.
8. The cylinder with a laminar surface reduced drag and improved the efficiency of the vehicle.
9. The smooth and laminar surface of the wing reduced air resistance during flight.
10. The laminar flow in the faucet made the water stream smoothly without splashing.
11. The laminar suspension kept the particles evenly distributed in the liquid.
12. The smoke dispersal system used laminar flow to avoid interference with visibility.
13. The laminar separation bubble caused an increase in drag for the aircraft.
14. The flow of liquid through the microchannel was laminar due to the small diameter.
15. The laminar airflow over the windshield prevented the accumulation of dirt and insects.
16. The laminar airfoils on the airplane reduced drag and improved fuel efficiency.
17. The laminar shear stress on the surface of the object caused it to break apart.
18. The laminar design of the diver's suit minimized drag in the water.
19. The laminar flow inside the tubing minimized the pressure drop in the system.
20. The laminar flow reactor produced consistent and uniform reactions.
21. The smooth laminar wall reduced frictional losses in the piping system.
22. The laminar flow of the gas helped to prevent ignition during welding.
23. The laminar morphology in the crystal structure determined its properties.
24. The laminar flow of the blood through the veins made it easier for the heart to pump.
25. The laminar film on the surface of the liquid prevented evaporation.
26. The laminar flow cascade provided a steady and constant supply of air to the furnace.
27. The laminar flame in the engine allowed for complete combustion of the fuel.
28. The laminar flow in the cooling system prevented overheating of the engine.
29. The laminar flow sensors detected changes in the flow rate of the liquid.
30. The injection molding process used laminar flow to improve the consistency of the product.
Common Phases
1. The
laminar flow of the liquid made it easy to measure the viscosity.
2. The
laminar boundary layer allowed for smooth airflow over the object.
3. The
laminar shear stress was responsible for the reduced turbulence in the fluid.
4. The
laminar velocity profile was ideal for efficient mixing of the components.
5. The
laminar drag force was lower compared to turbulent flow.
6. The
laminar pipe flow showed a parabolic velocity distribution.
7. The
laminar boundary condition was necessary for accurate numerical simulation.
8. The
laminar flame speed was affected by the fuel mixture and temperature.