Flywheel diameter 1.2 m; diameter of the rope 12.5 mm; engine speed 200 r.p.m.; dead load on the brake 600 N; spring balance reading 150 N. Using this data, calculate the brake power of the engine in kW.

Brakes and Dynamometers topics include: Brakes and dynamometers, band brake, dynamometers types, epicyclic dynamometers and bevis gibson flash light torsion dynamometer. A brake is a mechanical device that absorbs and dissipates mechanical energy as heat. It's used to stop or slow down the motion of a rotating object. A dynamometer is a device that measures mechanical power.  Here are some types of dynamometers: Prony brake: One of the earliest dynamometers, the Prony brake dynamometer has been used for over 200 years to measure engine horsepower. Rope brake dynamometer: A rope is wound... Show more

Brakes and Dynamometers topics include: Brakes and dynamometers, band brake, dynamometers types, epicyclic dynamometers and bevis gibson flash light torsion dynamometer.

A brake is a mechanical device that absorbs and dissipates mechanical energy as heat. It's used to stop or slow down the motion of a rotating object. A dynamometer is a device that measures mechanical power. 

Here are some types of dynamometers:
Prony brake: One of the earliest dynamometers, the Prony brake dynamometer has been used for over 200 years to measure engine horsepower.
Rope brake dynamometer: A rope is wound around a drum attached to the output shaft. One side of the rope is connected to a spring balance, and the other side is attached to a loading device.
Hydraulic dynamometer: Acts as a water brake, using fluid friction to dissipate input energy and measure input torque or power.
Eddy current dynamometer: A subset of chassis dynamometers, eddy current dynamometers can act as brake dynamometers. They can also provide a quick load change rate as well as steady state and controlled acceleration. 

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