LS-Post binary database

LS-POST State Database

Geometry Data

• Nodal coordinates
• Element connectivities
• User Node, Element and Material Numbers

State Data

Global Data

• Global energies (kinetic, internal, and total energy)
• Rigid body velocities in x, y, z direction
• Global energies for each material
• Rigid body velocities in x, y, z direction for each material
• Mass of each material
• Normal force components for the stonewalls

Nodal Data

• coordinates
• translational velocities
• accelerations

Element Data

• solid elements
• beam elements
• shell elements
• thick shell elements

LS-POST Time History Database

Geometry Data

• Nodal coordinates
• Element connectivities
• User Node, Element and Material Numbers

State Data

Global Data

• Global energies (kinetic, internal, and total energy)
• Rigid body velocities in x, y, z direction
• Global energies for each material
• Rigid body velocities in x, y, z direction for each material
• Mass of each material
• Normal force components for the stonewalls

Nodal Data for each nodal block

• coordinates
• translational velocities
• accelerations

Element Data for each element block

• solid elements
• beam elements
• shell elements
• thick shell elements

LS-POST Interface Force Database

Geometry Data

• Nodal coordinates
• Element connectivities
• User Node, Element and Material Numbers

State Data

Global Data

• Global energies (kinetic, internal, and total energy)
• Rigid body velocities in x, y, z direction
• Global energies for each material
• Rigid body velocities in x, y, z direction for each material
• Mass of each material
• Normal force components for the stonewalls

Nodal Data

• coordinates
• translational velocities
• accelerations

Sliding Interface Segment Data

• Normal interface pressure acting on segment
• Maximum interface shear stress acting on segment
• Shear stress in local r-direction of segment
• Shear stress in local s-direction of segment
• x-, y-, and z-force at nodes 1 to 4 of segment

Element Variables for Solids

‘1. Sigma-xx (Cauchy stress)

‘2. Sigma-yy

‘3. Sigma-zz

‘4. Sigma-xy

‘5. Sigma-yz

‘6. Sigma-zx

‘7. E ective plastic strain or material dependent variable

Define NEIPH additional history variables here

The following quantities are expected if and only if STRFLG=1 in *DATABASE_EXTENT_BINARY (Control Card 21, Columns 21-25)

‘8. eps-xx

‘9. eps-yy

’10. eps-zz

’11. eps-xy

’12. eps-yz

’13. eps-zx

Element Variables for Beams

‘1. Axial force

‘2. Shear resultant – s

‘3. Shear resultant – t

‘4. Bending moment -s

‘5. Bending moment -t

‘6. Torsional resultant

Element Variables for Shells

‘1. Sigma-xx (midsurface global Cauchy stress)

‘2. Sigma-yy

‘3. Sigma-zz

‘4. Sigma-xy

‘5. Sigma-yz

‘6. Sigma-zx

‘7. E ective plastic strain or material dependent variable

Define NEIPS additional history variables here for midsurface

‘8. Sigma-xx (innersurface global Cauchy stress)

’15. Sigma-xx (outersurface global Cauchy stress)

If |MAXINT| > 3 then define an additional (|MAXINT|- 3) * (7 + NEIPS) quantities here.

’22. Bending Moment – mxx

’23. Bending Moment – myy

’24. Bending Moment – mzz

’25. Shear Resultant – qxx

’26. Shear Resultant – qyy

’27. Normal Resultant – nxx

’28. Normal Resultant – nyy

’29. Normal Resultant – nxy

’30. Thickness

’31. Element dependent variable

’32. Element dependent variable

’33. Internal energy (if and only if NV 2D = 33)

The following quantities are expected if and only if STRFLG=1 in *DATABASE_EXTENT_BINARY (Control Card 21, Columns 21-25)

’33. eps-xx (inner surface strain in global system)

’34. eps-yy

’35. eps-zz

’36. eps-xy

’37. eps-yz

’38. eps-zx

’39. eps-xx (outer surface strain in global system)

’40. eps-yy

’41. eps-zz

’42. eps-xy

’43. eps-yz

’44. eps-zx

’45. Internal energy (if and only if NV 2D = 45)

Element Variables for Thick Shells

‘1. Sigma-xx (midsurface global Cauchy stress)

‘2. Sigma-yy

‘3. Sigma-zz

‘4. Sigma-xy

‘5. Sigma-yz

‘6. Sigma-zx

‘7. E ective plastic strain or material dependent variable

Define NEIPS additional history variables here for midsurface 8. Sigma-xx (innersurface global Cauchy stress)

‘9. Sigma-yy

’10. Sigma-zz

’11. Sigma-xy

’12. Sigma-yz

’13. Sigma-zx

’14. E ective plastic strain or material dependent variable

Define NEIPS additional history variables here for innersurface

’15. Sigma-xx (outersurface global Cauchy stress)

’16. Sigma-yy

’17. Sigma-zz

’18. Sigma-xy

’19. Sigma-yz

’20. Sigma-zx

’21. E ective plastic strain or material dependent variable

Define NEIPS additional history variables here for outersurface. If |MAXINT| > 3 then define an additional (|MAXINT| – 3) * (7 + NEIPS) quantities here.