100 Examples of sentences containing the noun "axial"

Definition

"Axial" as a common noun refers to anything relating to an axis, particularly in geometry or anatomy. It can describe structures or movements that occur around a central line or point of reference.

Synonyms

• Central
• Main
• Principal
• Core
• Essential

Antonyms

• Peripheral
• Secondary
• Minor
• Marginal
• Subordinate

Examples

1. The wheel axially rotates around its central hub.
2. The scientist noted the axial alignment of the new equipment.
3. During the experiment, the pendulum axially moved back and forth.
4. The axial skeleton supports the head and trunk.
5. Engineers must consider the axial forces acting on the bridge.
6. The planets axially revolve around the sun.
7. The axial tilt of the Earth affects seasonal changes.
8. The axial symmetry of the flower was stunning.
9. He adjusted the axial position of the camera for better focus.
10. The axial loading test ensured the integrity of the beam.
11. The axial displacement measured during the test was minimal.
12. She studied the axial dynamics of the rotating system.
13. The axial view of the spine revealed significant curvature.
14. The artist captured the axial perspective in her painting.
15. The axial orientation of the antenna improved signal reception.
16. The research focused on the axial relationship between the two variables.
17. The axial geometry of the design was innovative.
18. During surgery, the axial view was crucial for precision.
19. The axial rotation of the turbine increased efficiency.
20. The axial stress on the material was within acceptable limits.
21. The axial motion of the device was smooth and fluid.
22. The axial coordinates were plotted on the graph.
23. The axial alignment of the components was critical for performance.
24. The axial forces in the structure were analyzed thoroughly.
25. The axial length of the cylinder was measured accurately.
26. The axial shift in the model indicated a design flaw.
27. The axial characteristics of the organism were fascinating.
28. She adjusted the axial settings on the microscope.
29. The axial flow fan improved ventilation in the system.
30. The axial rotation speed was monitored for safety.
31. The axial design allowed for greater stability.
32. The axial view provided insight into the internal structure.
33. The axial forces acted equally on both sides of the beam.
34. The axial oscillation of the pendulum was rhythmic.
35. The axial symmetry of the building was architecturally pleasing.
36. The axial direction of the force was crucial for calculations.
37. The axial rotation mechanism was complex but effective.
38. The axial position of the lever was adjusted for better leverage.
39. The axial arrangement of the molecules influenced their properties.
40. The axial thrust bearing reduced friction in the assembly.
41. He focused on the axial components of the system.
42. The axial cross-section revealed hidden features.
43. The axial alignment process took several hours.
44. The axial distribution of the load was uneven.
45. The axial movement in the joint was restricted.
46. The axial part of the machine required regular maintenance.
47. The axial force calculations were essential for design safety.
48. The axial aspect of the analysis highlighted key findings.
49. The axial spacing of the elements was standardized.
50. The axial position of the gears was critical to functionality.
51. The axial gradient in temperature affected the results.
52. The axial mobility of the joint was studied in detail.
53. The axial orientation of the drill changed the outcome.
54. The axial properties of the fiber were tested.
55. The axial relationship in the diagram was clear.
56. The axial support structure was reinforced.
57. The axial velocity of the fluid was measured accurately.
58. The axial alignment tool ensured precision.
59. The axial configuration was altered for better performance.
60. The axial sections of the report were well-organized.
61. The axial displacement during the test was significant.
62. The axial strain gauge provided accurate readings.
63. The axial forces acting on the bridge were calculated.
64. The axial section of the model was complex.
65. The axial angle of the shaft was critical for balance.
66. The axial symmetry of the design was intentional.
67. The axial rotation of the Earth affects time zones.
68. The axial measurements were recorded for analysis.
69. The axial torque applied was within safe limits.
70. The axial forces were evenly distributed across the surface.
71. The axial perspective on the issue was enlightening.
72. The axial motion of the engine was smooth.
73. The axial displacement was observed during the experiment.
74. The axial properties of the material were tested rigorously.
75. The axial load on the beam was calculated accurately.
76. The axial rotation of the wheel was consistent.
77. The axial coordinates were essential for mapping.
78. The axial alignment was checked before assembly.
79. The axial view provided a comprehensive understanding.
80. The axial movement was restricted by the design.
81. The axial rotation in the experiment was carefully monitored.
82. The axial layout of the components was logical.
83. The axial section of the report highlighted key issues.
84. The axial positioning of the elements was crucial.
85. The axial dynamics were complex and required further study.
86. The axial relationship between the variables was strong.
87. The axial symmetry of the design was a focal point.
88. The axial motion was tested under various conditions.
89. The axial characteristics were essential for understanding behavior.
90. The axial alignment errors were corrected.
91. The axial forces experienced during the test were documented.
92. The axial adjustments made a significant difference.
93. The axial loading conditions were simulated.
94. The axial rotation of the system was efficient.
95. The axial view during the presentation was impactful.
96. The axial distribution of stress was uneven.
97. The axial performance metrics were evaluated.
98. The axial design principles were applied effectively.
99. The axial configurations were optimized for results.
100. The axial dynamics of the project were carefully analyzed.