Megapascal example sentences

"Megapascal" Example Sentences

1. The pressure exerted was a staggering megapascal.
2. Scientists measured the impact at 10 megapascals.
3. A megapascal is a significant unit of pressure.
4. The material failed under a stress of 50 megapascals.
5. Reaching 100 megapascals requires immense force.
6. The experiment produced pressures exceeding 200 megapascals.
7. What is the equivalent of 1 megapascal in pounds per square inch?
8. This component can withstand up to 5 megapascals of pressure.
9. The yield strength was recorded at 2.5 megapascals.
10. Engineers designed the system to handle pressures of 1000 megapascals.
11. A megapascal is a million Pascals.
12. The device malfunctioned due to pressure exceeding the rated 1 megapascal.
13. We need a material that can withstand extremely high megapascals.
14. The pressure gauge registered 20 megapascals and then failed.
15. Understanding megapascals is crucial in material science.
16. At what megapascal level does the material fracture?
17. The researchers carefully monitored the pressure in megapascals.
18. The simulation predicted pressures of over 500 megapascals.
19. They calibrated the equipment to measure pressure in megapascals.
20. The ultimate tensile strength was less than 1 megapascal.
21. Several megapascals of pressure were applied to the sample.
22. The compression test yielded a maximum of 75 megapascals.
23. Is 500 megapascals a realistic pressure for this application?
24. The system operates safely within a pressure range of 1 to 10 megapascals.
25. The report detailed the pressure readings in megapascals and Pascals.
26. Beyond 1000 megapascals, the material exhibited plastic deformation.
27. A megapascal represents a substantial amount of force per unit area.
28. The structural integrity of the component failed at 25 megapascals.
29. The pressure increased gradually, reaching a peak of 5 megapascals.
30. The experiment successfully generated pressures of several megapascals.
31. How many megapascals are there in a gigapascal?
32. The data was analyzed to determine the pressure in megapascals.
33. The design must account for pressures exceeding 50 megapascals.
34. The readings fluctuated between 10 and 20 megapascals.
35. We observed a significant change in material properties above 5 megapascals.
36. The pressure is expressed in megapascals for ease of analysis.
37. A megapascal is a unit of stress as well as pressure.
38. The maximum operating pressure is strictly limited to 2 megapascals.
39. The impact force resulted in localized pressure spikes of several megapascals.
40. The megapascal measurement provided critical insights into the material's behaviour.
41. They tested the samples under various pressures, up to 100 megapascals.
42. The calculations showed that the pressure exceeded 30 megapascals at the point of failure.
43. The pressure remained relatively constant at 15 megapascals during the testing phase.
44. The new material has a significantly higher yield strength than the previous one, reaching over 70 megapascals.
45. The pressure vessel was designed to withstand pressures in excess of 200 megapascals.
46. Safety protocols require immediate shutdown if the pressure reaches 100 megapascals.
47. The researchers were surprised by the high pressure of 700 megapascals recorded in the experiment.
48. This model accurately predicts pressure changes in megapascals under varying conditions.
49. We anticipate the pressure to reach 40 megapascals during peak operation.
50. The failure analysis revealed that the material's weakness was exposed at just 1 megapascal of pressure.