100 Examples of sentences containing the common noun "hydraulics"

Definition

Hydraulics refers to the branch of science and engineering concerned with the mechanical properties of liquids, especially their movement and control in systems. It often involves the use of liquid fluid power to perform work through the force exerted by the fluid under pressure.

Synonyms

• Fluid mechanics
• Fluid dynamics
• Hydrostatics
• Hydraulic engineering

Antonyms

• Pneumatics (when referring to gas-based systems)

Examples

1. The engineer hydraulics the system to improve efficiency.
2. The technician hydraulics the machinery for better performance.
3. They hydraulics the lift to raise heavy loads easily.
4. The research team hydraulics the new model to test its limits.
5. The student hydraulics the principles of fluid dynamics in their project.
6. She hydraulics the equipment to ensure it operates smoothly.
7. The company hydraulics its services to meet industry standards.
8. He hydraulics the pressure settings to optimize the system.
9. They hydraulics the pipeline to prevent leaks.
10. The technician hydraulics the brakes for safety.
11. The engineer hydraulics the valves to control flow.
12. She hydraulics the system to analyze performance data.
13. The mechanic hydraulics the lift to access hard-to-reach areas.
14. They hydraulics the controls for better precision.
15. The project manager hydraulics the budget for hydraulic systems.
16. The team hydraulics the simulator to train operators.
17. He hydraulics the press to shape the metal.
18. The technician hydraulics the filter to maintain quality.
19. They hydraulics the pumps to ensure consistent operation.
20. The engineer hydraulics the design to enhance functionality.
21. She hydraulics the process to reduce downtime.
22. The company hydraulics its resources to maximize output.
23. He hydraulics the sensors to monitor pressure levels.
24. The team hydraulics the software to simulate real-world scenarios.
25. They hydraulics the machinery for better energy efficiency.
26. The technician hydraulics the system to meet safety regulations.
27. She hydraulics the data to identify potential issues.
28. The engineer hydraulics the components for assembly.
29. He hydraulics the cylinders to lift the platform.
30. The team hydraulics the project to ensure on-time delivery.
31. They hydraulics the equipment to improve performance metrics.
32. The technician hydraulics the seals to prevent leaks.
33. She hydraulics the hoses to ensure proper connections.
34. The engineer hydraulics the valves to enhance response time.
35. He hydraulics the actuators for automated control.
36. The company hydraulics its operations to increase efficiency.
37. They hydraulics the systems for better reliability.
38. The technician hydraulics the machinery for routine maintenance.
39. She hydraulics the lines to ensure fluid transfer.
40. The engineer hydraulics the prototype to test its capabilities.
41. He hydraulics the model to visualize fluid flow.
42. The team hydraulics the specifications for the new design.
43. They hydraulics the filtration system to ensure purity.
44. The technician hydraulics the assembly line for efficiency.
45. She hydraulics the parameters to optimize the process.
46. The engineer hydraulics the feedback to refine the design.
47. He hydraulics the controls for better user experience.
48. The company hydraulics its technology to remain competitive.
49. They hydraulics the testing equipment for accuracy.
50. The technician hydraulics the machinery to prevent breakdowns.
51. She hydraulics the settings for optimal performance.
52. The engineer hydraulics the design for manufacturability.
53. He hydraulics the system to ensure compliance with standards.
54. The team hydraulics the analysis to make informed decisions.
55. They hydraulics the valves to improve flow rates.
56. The technician hydraulics the machinery to enhance durability.
57. She hydraulics the process to achieve better outcomes.
58. The engineer hydraulics the connections for safety.
59. He hydraulics the equipment to ensure proper operation.
60. The company hydraulics its workforce to meet demands.
61. They hydraulics the testing protocols to ensure reliability.
62. The technician hydraulics the calibrations for precision.
63. She hydraulics the data to forecast performance.
64. The engineer hydraulics the components for efficiency.
65. He hydraulics the pumps to ensure consistent flow.
66. The team hydraulics the project timeline for efficiency.
67. They hydraulics the system to reduce energy consumption.
68. The technician hydraulics the equipment for optimal performance.
69. She hydraulics the design to meet client specifications.
70. The engineer hydraulics the hydraulics for better control.
71. He hydraulics the machinery to maximize output.
72. The company hydraulics its strategies to improve productivity.
73. They hydraulics the lines to improve fluid dynamics.
74. The technician hydraulics the system for enhanced safety.
75. She hydraulics the functions to streamline operation.
76. The engineer hydraulics the project to ensure quality.
77. He hydraulics the controls for better performance.
78. The team hydraulics the proposal for project approval.
79. They hydraulics the project to align with industry standards.
80. The technician hydraulics the setup for optimal results.
81. She hydraulics the machinery for consistent operations.
82. The engineer hydraulics the analysis for accurate predictions.
83. He hydraulics the system to enhance efficiency.
84. The company hydraulics its services to cater to a wider audience.
85. They hydraulics the feedback to improve service delivery.
86. The technician hydraulics the equipment for safety checks.
87. She hydraulics the parameters to ensure compliance.
88. The engineer hydraulics the prototype for performance testing.
89. He hydraulics the designs to optimize resource usage.
90. The team hydraulics the project to meet deadlines.
91. They hydraulics the systems for better quality assurance.
92. The technician hydraulics the machinery for performance evaluation.
93. She hydraulics the data to support decision-making.
94. The engineer hydraulics the specifications for manufacturing.
95. He hydraulics the controls to enhance functionality.
96. The company hydraulics its investments for future growth.
97. They hydraulics the environment to promote sustainability.
98. The technician hydraulics the machines to ensure reliability.
99. She hydraulics the process to increase efficiency.
100. The engineer hydraulics the system to ensure optimal performance.