Isentropic example sentences

"Isentropic" Example Sentences

1. Isentropic processes are fundamental to understanding thermodynamics.
2. The isentropic efficiency of a turbine is a key performance indicator.
3. We modeled the expansion as an isentropic process for simplicity.
4. Assuming isentropic flow, we can simplify the calculations significantly.
5. The gas underwent an approximately isentropic compression.
6. This analysis relies on the assumption of isentropic expansion.
7. Isentropic flow is a common idealization in fluid mechanics.
8. A truly isentropic process is difficult to achieve in reality.
9. The deviation from isentropic behavior was minimal.
10. Engineers often utilize isentropic relationships in their designs.
11. The isentropic relations provide a useful approximation.
12. Understanding isentropic processes is crucial for thermodynamics students.
13. The research focused on improving the isentropic efficiency of the engine.
14. Several factors can contribute to deviations from isentropic conditions.
15. Ideal isentropic conditions are rarely observed in real-world scenarios.
16. The model assumed isentropic compression in the first stage.
17. The isentropic process is characterized by constant entropy.
18. This isentropic expansion leads to a significant temperature drop.
19. Calculations were performed assuming completely isentropic conditions.
20. Practical applications often involve non-isentropic processes.
21. The experiment aimed to measure the degree of non-isentropic behavior.
22. He presented a novel approach to analyzing non-isentropic flows.
23. The results demonstrated a significant departure from isentropic behavior.
24. We observed slightly non-isentropic behavior during the experiment.
25. The simulation accounted for non-isentropic effects.
26. The system's performance degraded due to non-isentropic losses.
27. Efficient optimization requires considering non-isentropic factors.
28. The efficiency of the cycle depends on the degree of isentropic expansion.
29. An isentropic process is a reversible adiabatic process.
30. The textbook explains the concept of isentropic transformations clearly.
31. It is crucial to distinguish between isentropic and isothermal processes.
32. Is this expansion truly isentropic?
33. The data suggests a near-isentropic compression.
34. The analysis hinges on the assumption of isentropic expansion.
35. They designed a nozzle for optimal isentropic flow.
36. How much does non-isentropic behavior affect the results?
37. The study demonstrated the limitations of the isentropic model.
38. We can use an isentropic relationship to approximate the pressure.
39. The efficiency improved slightly by reducing non-isentropic losses.
40. A key feature of an ideal nozzle is its isentropic operation.
41. Real-world processes are inherently non-isentropic.
42. Predicting isentropic behavior is a central goal in fluid dynamics.
43. Achieving near-isentropic conditions is technologically challenging.
44. The experiment aimed to verify the isentropic model’s predictions.
45. The discrepancies could be explained by non-isentropic effects.
46. The compressor exhibits near-isentropic performance at low flow rates.
47. Further research is needed to better understand non-isentropic flows in complex geometries.
48. Many engineering problems simplify when we assume isentropic flow.
49. His dissertation explored the complexities of non-isentropic compressible flows.
50. The software accurately predicts isentropic and non-isentropic processes.