Irrotational example sentences

"Irrotational" Example Sentences

1. Irrotational flow is a fundamental concept in fluid mechanics.
2. The velocity field is irrotational, implying the absence of vorticity.
3. Mathematically, an irrotational vector field has zero curl.
4. We assume the fluid motion to be irrotational for simplification.
5. Is the potential flow irrotational in this specific case?
6. The problem simplifies significantly if the field is irrotational.
7. Under certain conditions, a rotational flow can become approximately irrotational.
8. Many practical applications involve irrotational fluid flows.
9. This irrotational vector field has a scalar potential.
10. The irrotational nature of the flow simplifies the calculations.
11. Irrotational flows are often easier to analyze than rotational flows.
12. The physicist demonstrated the irrotational nature of the system.
13. A key characteristic of this model is its irrotational property.
14. The result confirms the flow's irrotational behaviour.
15. It's crucial to determine if the flow remains irrotational over time.
16. This assumption of irrotational flow is valid only under certain constraints.
17. The presence of viscosity can disrupt the irrotational nature of the flow.
18. The model predicts an irrotational velocity field near the object.
19. The flow is considered irrotational in this idealized model.
20. Are all potential flows necessarily irrotational?
21. The experiment showed a nearly irrotational flow pattern.
22. This theorem only applies to irrotational vector fields.
23. The equations simplify dramatically under the irrotational assumption.
24. For an irrotational field, the curl is identically zero.
25. The deviation from irrotational flow is minimal in this region.
26. We can use Laplace's equation because the flow is irrotational.
27. Many physical phenomena can be modeled using irrotational fields.
28. The concept of irrotational flow is vital for understanding aerodynamics.
29. An irrotational field is a conservative field.
30. Unlike rotational flows, irrotational flows have no swirling motion.
31. The analysis hinges upon the assumption of irrotational flow.
32. The simulation demonstrates a near-irrotational flow pattern.
33. Despite some minor disturbances, the flow remains largely irrotational.
34. This is a classic example of an irrotational vector field.
35. The irrotational property allows for significant simplification.
36. Numerical methods for irrotational flows are well-established.
37. The study investigates the transition from rotational to irrotational flow.
38. Determining if a flow is irrotational is crucial for accurate modeling.
39. The irrotational condition is essential for applying this theorem.
40. His research focused on the behavior of irrotational fluids.
41. The textbook explains the basics of irrotational fluid dynamics.
42. A key challenge is accurately modeling non-irrotational flows.
43. The boundary conditions affect whether the flow remains irrotational.
44. This software package can efficiently simulate irrotational fluid motion.
45. Understanding irrotational flow is essential for designing efficient turbines.
46. The software uses a numerical method suited for irrotational flow calculations.
47. The paper presents a new method for solving irrotational flow problems.
48. The accuracy of the simulation depends on the assumption of irrotational flow.
49. One limitation of the model is its reliance on the irrotational flow assumption.
50. Further research is needed to explore the limits of the irrotational flow approximation.