Torsiometry example sentences

"Torsiometry" Example Sentences

1. Torsiometry is a crucial technique in material science.
2. The results of the torsiometry experiment were inconclusive.
3. We used advanced torsiometry equipment for the study.
4. His doctoral thesis focused on the application of torsiometry in geophysics.
5. Accurate torsiometry requires precise calibration.
6. The limitations of torsiometry were discussed at length.
7. Further research into torsiometry is needed to refine the method.
8. Innovative techniques in torsiometry are constantly emerging.
9. Understanding torsiometry is essential for this project.
10. The article provides a comprehensive overview of torsiometry.
11. She is an expert in the field of torsiometry.
12. Torsiometry, combined with other methods, yielded valuable data.
13. The precision of torsiometry depends on various factors.
14. Torsiometry helped determine the material's shear modulus.
15. They developed a new apparatus for torsiometry.
16. The conference featured several presentations on torsiometry.
17. With improved torsiometry, more accurate measurements are possible.
18. Torsiometry is not always the best method for this type of analysis.
19. His contribution to the field of torsiometry is significant.
20. Advanced torsiometry techniques are now available.
21. The study utilized a non-standard approach to torsiometry.
22. Torsiometry can be used to assess structural integrity.
23. Torsiometry played a vital role in solving the engineering problem.
24. Modern torsiometry relies on sophisticated software.
25. Despite its advantages, torsiometry has its drawbacks.
26. The cost of torsiometry equipment can be prohibitive.
27. Are there any alternatives to torsiometry for this application?
28. He mastered the art of torsiometry through years of practice.
29. The accuracy of the torsiometry results was questionable.
30. Torsiometry and tensile testing provide complementary data.
31. Further development of torsiometry may lead to new discoveries.
32. Torsiometry offers a unique perspective on material behavior.
33. They compared the results of torsiometry with other testing methods.
34. Torsiometry is a relatively simple, yet powerful technique.
35. The experiment involved sophisticated torsiometry procedures.
36. Torsiometry data were analyzed using statistical methods.
37. We need to validate the torsiometry results using independent methods.
38. Torsiometry is an established technique in many engineering disciplines.
39. The textbook chapter on torsiometry was quite informative.
40. Torsiometry, in this context, proved to be unreliable.
41. Proper training is required to perform torsiometry accurately.
42. The team presented their findings on torsiometry at the conference.
43. Torsiometry is a valuable tool for material characterization.
44. Recent advancements in torsiometry have improved its precision.
45. Torsiometry is used extensively in the aerospace industry.
46. The use of torsiometry helped optimize the design.
47. The potential of torsiometry in nanotechnology is yet to be fully explored.
48. They are pioneers in the development of novel torsiometry methods.
49. Torsiometry results were crucial in making the decision.
50. This new torsiometry technique offers significant advantages.