Other
Scientific paper
Feb 1985
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1985icar...61..175h&link_type=abstract
Icarus (ISSN 0019-1035), vol. 61, Feb. 1985, p. 175-184.
Other
77
Crustal Fractures, Europa, Satellite Rotation, Satellite Surfaces, Structural Properties (Geology), Nonsynchronization, Planetary Geology, Stress Distribution, Thermal Stresses, Tides, Jupiter, Satellites, Europa, Patterns, Fractures, Tidal Effects, Stress, Rotation, Fracturing, Thickness, Elasticity, Viscosity, Extension, Distribution, Lineaments, Formation, Features, Surface, Tension, Emplacement, Dikes, Hypotheses, Ages
Scientific paper
This study considers the global patterns of fracture that would result from nonsynchronous rotation of a tidally distorted planetary body. The incremental horizontal stresses in a thin elastic or viscous shell due to a small displacement of the axis of maximum tidal elongation are derived, and the resulting stress distributions are applied to interpret the observed pattern of fracture lineaments on Europa. The observed pattern of lineaments can be explained by nonsynchronous rotation if these features formed by tension fracturing and dike emplacement. Tension fracturing can occur for a small displacement of the tidal axis, so that the resulting lineaments may be consistent with other evidence suggesting a young age for the surface.
Helfenstein Paul
Parmentier Marc E.
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