hillslope17 results

hillslope17.xml creato da Colin Stark — Ultima modifica 28/02/2009 11:57

SNAC-hillSlope input xml file

Pseudo strain rate: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:20

AVI file showing evolution of pseudo strain rate of mesh elements. Units are per model time step (quasistatic simulation has fake time scale).

Pseudo strain rate @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:29

Snapshot of pseudo strain rate of mesh elements at time step 75. X3D format file for 3d visualization.

x pseudo velocity: animation creato da Colin Stark — Ultima modifica 28/02/2009 17:54

AVI file showing evolution of x-component of pseudo velocity of mesh nodes. Units are meters per arbitrary time step (quasistatic simulation has fake time scale).

x pseudo velocity @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:17

Snapshot of x component of pseudo velocity at time step 75. X3D format file for 3d visualization.

Plastic strain: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:33

AVI file showing evolution of plastic strain. Dimensionless units.

Plastic strain @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:02

Snapshot of plastic strain at time step 75. X3D format file for 3d visualization.

von Mises stress: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:15

AVI file showing evolution of von Mises shear stress defined as sqrt(3*J2) where J2 is the second invariant of the deviatoric stress tensor. Units are Pa.

von Mises shear stress @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:30

Snapshot of von Mises shear stress (sqrt(3*J2)) at time step 75. X3D format file for 3d visualization.

Slope shear stress: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:27

AVI file showing evolution of slope shear stress resolved from traction stress vector on plane dipping at 30 degrees (parallel to hillslope). Units are Pa.

Slope shear stress @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:19

Snapshot of slope shear stress resolved from traction stress at time step 75. X3D format file for 3d visualization.

Slope normal stress: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:27

AVI file showing evolution of slope normal stress resolved from traction stress vector on plane dipping at 30 degrees (parallel to hillslope). Units are Pa.

Slope normal stress @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:21

Snapshot of slope normal stress resolved from traction stress at time step 75. X3D format file for 3d visualization.

Maximum shear stress: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:16

AVI file showing evolution of maximum shear stress defined as difference in principal stresses sigma1-sigma3. Units are Pa.

Maximum shear stress @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:30

Snapshot of maximum shear stress at time step 75. X3D format file for 3d visualization.

Failure potential: animation creato da Colin Stark — Ultima modifica 28/02/2009 12:15

AVI file showing evolution of ratio of shear stress to normal stress on plane dipping parallel to hillslope at 30 degrees.

Failure potential @ t=75: solid model creato da Colin Stark — Ultima modifica 28/02/2009 19:29

Snapshot of failure potential at time step 75. X3D format file for 3d visualization.