The tidal heating has been mellow across a geologic time.

He said to the king, "There's always tidal heating, right?

The surface shows signs of more recent geological activity than other Uranian moons, most likely due to tidal heating.

A large satellite would be a source of significant geological tidal heating.

This fact may be a sign of tidal heating due to interactions with another planet.

In addition to heat from its primary star, tidal heating is thought to have played a significant role in this planet's evolution.

They also considered tidal heating as a threat for their habitability.

One possible candidate is tidal heating from an eccentric orbit, a possibility which has not been ruled out from the available measurements.

Miranda's past geological activity is believed to have been driven by tidal heating at a time when its orbit was more eccentric than currently.

A planet in a close orbit would develop the shape of the Roche potential and is very likely to be molten due to tidal heating.