flywheel effect

It is sometimes known as the thermal flywheel effect.

Radiant floor heating using concrete mass for storage and thermal flywheel effect.

They are also pioneers of carefully selected technologies and use these to enhance the flywheel effect (see below).

Sluggish investment reduced the flywheel effect, cutting growth and raising the volatility of the world economy.

It continues to rotate for a short period after the throttle trigger is released (flywheel effect).

The racing bicycle's lack of flywheel effect has been criticised compared to exercise cycle designs.

The thermal flywheel effect can make massive earth walls ideal for mild climates.

There is a flywheel effect as a big reduction in the cost base and an improved operational performance delivers results.”

Isn't there a loss of torque associated with fitting lightweight pulleys, since the flywheel effect is lost?

In such a device, the energy storage is performed by the inertia (flywheel effect) of the rotating components.

The loss of the supercharger meant that the design was compromised, lacking sufficient flywheel effect, which caused problems with magneto failure.

A recent theory named "The Criminal Spin" suggests a mutual flywheel effect between partners that is manifested by an escalation in the violence.

Relative to the SV, the crank inertia (flywheel effect) is also increased by 4% via a redesigned starter clutch.

Having a much better torque continuity than the piston engine, this engine 10 does require less flywheel effect and less gear box ratio for most applications.

Y Hassan, Flywheel Effect for a 'Saqiya', 'History of Science and Technology in Islam'.

These features create a high inertia generator whose flywheel effect generates smooth, continuous power between gusts when other wind turbines have lost the power in the wind.

Near the end of each transmission, the operator would remove the power from the motor and its flywheel effect as the speed decreased provided a unique and distinctive signature.

Thermal mass - a concept in building design regarding how the mass of the building provides "inertia" against temperature fluctuations, sometimes known as the thermal flywheel effect.

The flywheel effect may be desirable, such as in phase (waves)-locked loops used in synchronous systems, or undesirable, such as in voltage-controlled oscillators.

However, the crankshaft with heavy counterweights tend to make it difficult for the engine to be made sporty (i.e. quick revving up and down) because of the strong flywheel effect.

The bikes will have spokeless disc wheels, with their flywheel effect, for the 60 kilometre sprint along the Loire valley to Blois, plus every other new development on bike technology.

When built without balancer shafts that add to the overall rotating mass, flatplane designs have the least flywheel effect of any V8s, which allows them to be quicker to rev up and down.

With no double action available in the petrol engine, and no flywheel effect apart from the movement of the rear wheel, the return impulse for the piston was provided by heavy rubber bands.

The key point to note is the flywheel effect of better operating up times, volume growth and sharply reduced cash operating costs that are having a dramatic (and sustainable leverage) on the bottom line.

A synchronous condenser operates on the same principle, but there is no "prime mover" power input; however, the "flywheel effect" means that it can send or receive power over short periods of time.