noun a type of shock absorber
Dashpots are sometimes used in civil engineering structures to dampen oscillations caused by wind or seismic activity.
A dashpot is a mechanical device used in engineering to provide resistance to motion, typically in damping applications.
In physics, a dashpot is used to provide resistance to motion, often in the context of oscillations or vibrations.
Dashpots can be found in automotive engineering, for example in shock absorbers to dampen vibrations.
In aerospace engineering, dashpots may be used in control systems for precise motion control.
Dashpots are commonly used in mechanical systems to control the speed or motion of components.
In engineering, a dashpot is used to provide resistance to the motion of a mechanical system, such as in shock absorbers or hydraulic dampers.
Physicists use dashpots in experiments to study the behavior of systems under damping conditions, such as in oscillation experiments.
Automotive technicians use dashpots in vehicles as part of the suspension system to help absorb shocks and vibrations from the road.
Aerospace engineers use dashpots in aircraft landing gear systems to provide controlled damping during landing and takeoff.