dashpot (Meaning)

Webster

dashpot (n.)

A pneumatic or hydraulic cushion for a falling weight, as in the valve gear of a steam engine, to prevent shock.

Synonyms & Antonyms of dashpot

No Synonyms and anytonyms found

dashpot Sentence Examples

  1. A dashpot is a mechanical device designed to provide resistance to movement, typically by utilizing fluid damping.
  2. In engineering, dashpots are often employed to control the speed or motion of a mechanism, damping oscillations and preventing sudden movements.
  3. The functioning of a dashpot relies on the displacement of fluid or air through restricted passages, generating a damping force proportional to the velocity of the movement.
  4. Dashpots find application in various industries, including automotive engineering, where they are used in shock absorbers to dampen vibrations and ensure a smooth ride.
  5. The effectiveness of a dashpot depends on factors such as the viscosity of the fluid and the design of the damping mechanism.
  6. Engineers often fine-tune dashpots to achieve specific damping characteristics tailored to the requirements of the system they are integrated into.
  7. Dashpots play a crucial role in precision machinery, where controlling the speed and accuracy of movements is essential for optimal performance.
  8. One common example of a dashpot is the hydraulic damper used in door closers, which regulates the closing speed of doors to prevent slamming.
  9. Dashpots are also utilized in safety systems, where they provide controlled resistance to the movement of components during emergency situations.
  10. The development of advanced materials and technologies continues to enhance the efficiency and versatility of dashpots across various engineering disciplines.

FAQs About the word dashpot

A pneumatic or hydraulic cushion for a falling weight, as in the valve gear of a steam engine, to prevent shock.

No synonyms found.

No antonyms found.

A dashpot is a mechanical device designed to provide resistance to movement, typically by utilizing fluid damping.

In engineering, dashpots are often employed to control the speed or motion of a mechanism, damping oscillations and preventing sudden movements.

The functioning of a dashpot relies on the displacement of fluid or air through restricted passages, generating a damping force proportional to the velocity of the movement.

Dashpots find application in various industries, including automotive engineering, where they are used in shock absorbers to dampen vibrations and ensure a smooth ride.