Calculating Pressure and Tension axis given the fault plane (strike, dip and rake): Analytical solution

The fault plane is characterized by its normal vector and the direction of its motion is given by the slip vector. Here, we calculate the normal vector and the slip vector for a given fault geometry. The orientation of the normal vector and the slip vector is given in a geographical coordinate system with x... Continue Reading →

Calculating Auxiliary Fault Plane Solutions given the main fault (Fortran)

We have calculated the auxiliary fault plane solution using the input of main fault solution in perl. Here, we do the same in Fortran. And we will also plot to solution to visualize the results. Fortran Code to get the auxiliary fault plane solutions: program auxiliary_fault_plane ! Program to calculate the strike, dip and rake... Continue Reading →

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