Saturn’s largest moon could see 10-foot waves from a tiny breeze
A new modeling system simulates wave dynamics on Saturn's moon Titan, revealing that even a small breeze could generate 10-foot waves. The simulator, PlanetWaves, can be used to study fluid behaviors on other planets and moons.
Scientists have developed a new modeling system, PlanetWaves, to simulate wave dynamics on Saturn's moon Titan. Titan is the largest moon of Saturn and has liquid hydrocarbon seas. The simulator indicates that even a small breeze on Titan could generate 10-foot waves due to its unique surface conditions. PlanetWaves is the first model to include factors like a liquid's surface tension, viscosity, and density. The simulator can be used to study fluid behaviors on other planets and moons, including exoplanets. It may help inform engineers building new spacecraft and probes.
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