SHELLS_for_CSM-faulted_expanded_OrbData.feg by Peter Bird, UCLA, 2013.11.21
  SHELLS_for_CSM-faulted_expanded.bcs gets inland velocities from NeoKinema model
 iSHELLS_for_CSM.in: free base; crustal creep of Bird & Kong [1994]++; mantle cre
 

 Torque-balance reports for each of  52 plates (FFRIC 0.150, TAUMAX 9.9E+19\9.9E+19):

 Plate #    29 =NA:   1940 nodes.

 Torques on plate bottoms:   X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Mantle-Drag:               0.00E+00  0.00E+00  0.00E+00 0.000E+00      0.00      0.00
 Velocity-Boundary-C.'s     8.84E+24 -7.08E+24 -3.03E+24 1.172E+25    -38.68    -14.97
 -------------------------------------------------------------------------------------
 Basal-Strength:            8.84E+24 -7.08E+24 -3.03E+24 1.172E+25    -38.68    -14.97

 Torques on plate sides:     X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Fault-Strength:           -4.73E+24  2.19E+24 -4.43E+23 5.234E+24    155.21     -4.86
 Continuum-Link [PLUG]:    -7.17E+23  6.13E+23  2.97E+23 9.895E+23    139.48     17.49
 -------------------------------------------------------------------------------------
 Side-Strength:            -5.45E+24  2.80E+24 -1.46E+23 6.130E+24    152.82     -1.37

 Kind of torque:             X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Lithostatic-Pressure:     -3.39E+24  4.28E+24  3.17E+24 6.312E+24    128.38     30.19
 Side-Strength:            -5.45E+24  2.80E+24 -1.46E+23 6.130E+24    152.82     -1.37
 Basal-Strength:            8.84E+24 -7.08E+24 -3.03E+24 1.172E+25    -38.68    -14.97

 Traction pole vector:       X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Basal-strength:           -3.59E+07 -8.99E+07  6.46E+07 1.164E+08   -111.76     33.72

 Suggested viewpoint for orthographic projection of torques on this plate is: (-118.12E, 34.43N)
 from which direction all 3 torque vectors will be in the plane of the figure.

 Equivalent horizontal forces at this point:
 Kind of force:              X=0N,0E  Y=0N,90E     Z=90N Magnitude   Azimuth
 ------------------------- --------- --------- --------- --------- ---------
 Lithostatic pressure:      7.42E+17  1.07E+17  6.48E+17 9.908E+17      37.6
 Side-strength:             2.32E+17  4.93E+17  7.93E+17 9.622E+17     358.3
 Basal-strength:           -9.74E+17 -6.00E+17 -1.44E+18 1.840E+18     198.3

 and this cluster of forces should be connected by a leader line
 to the plate center at approximately: (-116.52E,  35.18N).
 ======================================================================================

 Plate #    37 =PA:   2489 nodes.

 Torques on plate bottoms:   X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Mantle-Drag:               0.00E+00  0.00E+00  0.00E+00 0.000E+00      0.00      0.00
 Velocity-Boundary-C.'s    -8.84E+24  7.03E+24  2.97E+24 1.168E+25    141.50     14.74
 -------------------------------------------------------------------------------------
 Basal-Strength:           -8.84E+24  7.03E+24  2.97E+24 1.168E+25    141.50     14.74

 Torques on plate sides:     X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Fault-Strength:            4.73E+24 -2.19E+24  4.43E+23 5.234E+24    -24.79      4.86
 Continuum-Link [PLUG]:     7.17E+23 -6.13E+23 -2.97E+23 9.895E+23    -40.52    -17.49
 -------------------------------------------------------------------------------------
 Side-Strength:             5.45E+24 -2.80E+24  1.46E+23 6.130E+24    -27.18      1.37

 Kind of torque:             X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Lithostatic-Pressure:      3.39E+24 -4.23E+24 -3.12E+24 6.252E+24    -51.31    -29.91
 Side-Strength:             5.45E+24 -2.80E+24  1.46E+23 6.130E+24    -27.18      1.37
 Basal-Strength:           -8.84E+24  7.03E+24  2.97E+24 1.168E+25    141.50     14.74

 Traction pole vector:       X=0N,0E  Y=0N,90E     Z=90N Magnitude Longitude  Latitude
 ------------------------- --------- --------- --------- --------- --------- ---------
 Basal-strength:           -1.80E+07 -2.06E+07  1.95E+07 3.356E+07   -131.16     35.58

 Suggested viewpoint for orthographic projection of torques on this plate is: (-118.12E, 34.39N)
 from which direction all 3 torque vectors will be in the plane of the figure.

 Equivalent horizontal forces at this point:
 Kind of force:              X=0N,0E  Y=0N,90E     Z=90N Magnitude   Azimuth
 ------------------------- --------- --------- --------- --------- ---------
 Lithostatic pressure:     -7.31E+17 -1.10E+17 -6.45E+17 9.814E+17     217.2
 Side-strength:            -2.32E+17 -4.92E+17 -7.94E+17 9.622E+17     178.3
 Basal-strength:            9.63E+17  6.02E+17  1.44E+18 1.833E+18      18.0

 and this cluster of forces should be connected by a leader line
 to the plate center at approximately: (-119.09E,  33.41N).
 ======================================================================================