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Constructing Seismicity Models for Virtual Faults

Rupture Length km:

Set1: Set2:

Width km:

Set1: Set2:

Slip Rate mm/year:

Set1: Set2:

GR Max Magnitude:

Set1: Set2:

b-Value:

Set1: Set2:

CH EQ Magnitude:

Set1: Set2:

% Moment-Release by CH EQ:

Set1: Set2:

  • Slip Rate: A proxy parameter that quantifies rate of long-term strain accumulation within a fault rupture area. It is used to estimate rate of seismic moment accumulation for the fault.
  • b-Value: It controls the relative occurrences of small, medium, and large earthquakes in a GR distribution
  • CH EQ magnitude: The mean magnitude of a normal magnitude distribution, SD of 0.24 unit of magnitude, to represent potential characteristic earthquakes on the fault
  • % Moment-Release: It controls the relative amount of seismic moment release by earthquakes modeled as characteristic earthquakes versus those modeled by the GR distribution

To test the impact of individual parameters on magnitude-rate distribution, set Set2 parameters the same as those of Set1, then change the value of a single parameter to see the impact

Mag-Rate Distribution