| 6036
|
SHELL MAX PRINCIPAL STRESS BOTTOM/TOP
|
Shell element maximum principal stress (of bottom and top). Controlled by
STRESS Case Control command.
|
| 6037
|
SHELL MIN PRINCIPAL STRESS BOTTOM/TOP
|
Shell element minimum principal stress (of bottom and top). Controlled by STRESS Case Control command.
|
| 6038
|
SHELL MAX TRESCA STRESS BOTTOM/TOP
|
Shell element maximum Tresca stress (of bottom and top). Controlled by STRESS Case Control command.
|
| 6038
|
SHELL MAX MAX SHEAR STRESS BOTTOM/TOP
|
Shell element maximum maximum shear stress (of bottom and top). Controlled by STRESS Case Control command.
|
| 6039
|
SHELL MAX VON MISES STRESS BOTTOM/TOP
|
Shell element maximum von Mises stress. Controlled by STRESS Case Control command.
|
| 6043
|
SHELL FIBER DISTANCE TOP
|
Shell element stress/strain recovery distance (element z-direction) for top side (side 2).
|
| 6044
|
SHELL EFFECTIVE STRAIN-ELASTIC BOTTOM
|
Shell element bottom side (side 1) effective strain (von Mises). Note that for prestress solutions regardless of PARAM,
ADDPRESTRESS setting effective strain will not include prestress contribution. Controlled by STRESS or
STRAIN Case Control commands.
|
| 6044
|
SHELL FIBER DISTANCE BOTTOM
|
Shell element stress/strain recovery distance (element z-direction) for bottom side (side 1).
|
| 6046
|
SHELL STATUS
|
Solution and option dependent. In modal summation solutions (DDAM), STATUS is the mode number with the maximum response in the NRL summation. In nonlinear solutions with tension-only shell elements STATUS is the reversion status code (1=reverted to a shear panel or tension-only element, 0=has not reverted). In solutions where a factor of safety calculation method has been defined on a
MAT1 entry, STATUS is the factor of safety. In topology optimization solutions STATUS is the element density.
|
| 6105
|
SHELL MAX PRINCIPAL STRAIN BOTTOM/TOP
|
Shell element maximum principal strain (of bottom and top). Controlled by
STRAIN Case Control command.
|
| 6106
|
SHELL MIN PRINCIPAL STRAIN BOTTOM/TOP
|
Shell element minimum principal strain (of bottom and top). Controlled by STRAIN Case Control command.
|
| 6107
|
SHELL MAX TRESCA STRAIN BOTTOM/TOP
|
Shell element maximum Tresca strain (of bottom and top). Controlled by STRAIN Case Control command.
|
| 6107
|
SHELL MAX SHEAR STRAIN BOTTOM/TOP
|
Shell element maximum maximum shear strain (of bottom and top). Controlled by STRAIN Case Control command.
|
| 6108
|
SHELL MAX VON MISES STRAIN BOTTOM/TOP
|
Shell element maximum von Mises strain (of bottom and top). Controlled by STRAIN Case Control command.
|
| 6175
|
SHELL MAX DAMAGE BOTTOM/TOP
|
Shell element maximum fatigue damage (of bottom and top). Controlled by
FATIGUE,
VIBFATIGUE, and
STRESS Case Control commands.
|
| 6176
|
SHELL MIN LIFE BOTTOM/TOP
|
Shell element minimum fatigue life (of bottom and top). Controlled by VIBFATIGUE and STRESS Case Control commands.
|
| 7020
|
SHELL NORMAL-X STRESS TOP
|
Shell element top side (side 2) normal stress in
SURFACE x-direction. Controlled by STRESS Case Control command.
|
| 7021
|
SHELL NORMAL-Y STRESS TOP
|
Shell element top side (side 2) normal stress in SURFACE y-direction. Controlled by STRESS Case Control command.
|
| 7023
|
SHELL SHEAR-XY STRESS TOP
|
Shell element top side (side 2) shear stress in SURFACE xy-direction (tensor x-face, y-direction). Controlled by STRESS Case Control command.
|
| 7026
|
SHELL MAJOR PRINCIPAL STRESS TOP
|
Shell element top side (side 2) major principal stress. Controlled by STRESS Case Control command.
|
| 7027
|
SHELL MINOR PRINCIPAL STRESS TOP
|
Shell element top side (side 2) minor principal stress. Controlled by STRESS Case Control command.
|
| 7029
|
SHELL ZERO SHEAR STRESS ANGLE TOP
|
Shell element top side (side 2) zero shear stress angle in degrees. Controlled by STRESS Case Control command.
|
| 7031
|
SHELL MAX SHEAR STRESS TOP
|
Shell element top side (side 2) maximum shear stress. Controlled by STRESS Case Control command.
|
| 7031
|
SHELL TRESCA STRESS TOP
|
Shell element top side (side 2) Tresca stress. Controlled by STRESS Case Control command.
|
| 7032
|
SHELL EQUIVALENT STRESS TOP
|
Shell element top side (side 2) nonlinear equivalent stress (material nonlinear solutions), von Mises stress (linear solutions), and scaled von Mises stress (topology optimization solutions). Note that for prestress solutions regardless of PARAM,
ADDPRESTRESS setting equivalent stress will not include prestress contribution. Controlled by
STRESS or
STRAIN Case Control commands (linear solutions) and
NLSTRESS Case Control command (nonlinear solutions).
|
| 7032
|
SHELL VON MISES STRESS-BENDING TOP
|
Shell element top side (side 2) von Mises stress computed without membrane stress contribution. Controlled by STRESS Case Control command and PARAM,
EQVSTRESSTYPE setting.
|
| 7032
|
SHELL VON MISES STRESS-MEMBRANE TOP
|
Shell element top side (side 2) von Mises stress computed without bending stress contribution. Controlled by STRESS Case Control command and PARAM, EQVSTRESSTYPE setting.
|
| 7033
|
SHELL VON MISES STRESS TOP
|
Shell element top side (side 2) von Mises stress. Controlled by STRESS Case Control command.
|
| 7065
|
SHELL NORMAL-X STRAIN TOP
|
Shell element top side (side 2) normal strain in
SURFACE x-direction. Controlled by
STRAIN Case Control command.
|
| 7066
|
SHELL NORMAL-Y STRAIN TOP
|
Shell element top side (side 2) normal strain in SURFACE y-direction. Controlled by STRAIN Case Control command.
|
| 7068
|
SHELL SHEAR-XY STRAIN TOP
|
Shell element top side (side 2) shear strain in SURFACE xy-direction (tensor x-face, y-direction). Controlled by STRAIN Case Control command.
|
| 7071
|
SHELL MAJOR PRINCIPAL STRAIN TOP
|
Shell element top side (side 2) major principal strain. Controlled by STRAIN Case Control command.
|
| 7072
|
SHELL MINOR PRINCIPAL STRAIN TOP
|
Shell element top side (side 2) minor principal strain. Controlled by STRAIN Case Control command.
|
| 7074
|
SHELL ZERO SHEAR STRAIN ANGLE TOP
|
Shell element top side (side 2) zero shear strain angle in degrees. Controlled by STRAIN Case Control command.
|
| 7076
|
SHELL MAX SHEAR STRAIN TOP
|
Shell element top side (side 2) maximum shear strain. Controlled by STRAIN Case Control command.
|
| 7076
|
SHELL TRESCA STRAIN TOP
|
Shell element top side (side 2) Tresca strain . Controlled by STRAIN Case Control command.
|
| 7077
|
SHELL VON MISES STRAIN TOP
|
Shell element top side (side 2) von Mises strain. Controlled by STRAIN Case Control command.
|
| 7088
|
SHELL EFFECTIVE STRAIN-ELASTIC TOP
|
Shell element top side (side 2) effective strain (von Mises). Note that for prestress solutions regardless of PARAM,
ADDPRESTRESS setting effective strain will not include prestress contribution. Controlled by
STRESS or
STRAIN Case Control commands.
|
| 7088
|
SHELL EFFECTIVE STRAIN-PLASTIC/NONLINEAR ELASTIC TOP
|
Shell element top side (side 2) effective (nonlinear elastic material) or plastic (elastic-plastic material) strain. Controlled by
NLSTRESS Case Control command.
|
| 7089
|
SHELL EFFECTIVE STRAIN-CREEP TOP
|
Shell element top side (side 2) effective creep strain. Controlled by NLSTRESS Case Control command.
|
| 7122
|
SHELL BIAXIALITY RATIO BOTTOM
|
Shell element bottom side (side 1) stress biaxiality ratio. Controlled by STRESS Case Control command.
|
| 7123
|
SHELL DAMAGE BOTTOM
|
Shell element bottom side (side 1) fatigue damage. Controlled by
FATIGUE,
VIBFATIGUE, and
STRESS Case Control commands.
|
| 7124
|
SHELL LIFE BOTTOM
|
Shell element bottom side (side 1) fatigue life. Controlled by FATIGUE, VIBFATIGUE, and STRESS Case Control commands.
|
| 7125
|
SHELL BIAXIALITY RATIO BOTTOM
|
Shell element bottom side (side 1) strain biaxiality ratio. Controlled by
STRAIN Case Control command.
|
| 7206
|
SHELL MEMBRANE FORCE-FX
|
Shell element inplane normal force per unit length in
SURFACE x-direction. Controlled by
FORCE Case Control command.
|
| 7207
|
SHELL MEMBRANE FORCE-FY
|
Shell element inplane normal force per unit length in SURFACE y-direction. Controlled by FORCE Case Control command.
|
| 7208
|
SHELL MEMBRANE FORCE-FXY
|
Shell element inplane shear force per unit length in SURFACE xy-direction (tensor x-face, y-direction). Controlled by FORCE Case Control command.
|
| 7211
|
SHELL BENDING MOMENT-MX
|
Shell element bending moment per unit length in SURFACE x-direction. Controlled by FORCE Case Control command.
|
| 7212
|
SHELL BENDING MOMENT-MY
|
Shell element bending moment per unit length in SURFACE y-direction. Controlled by FORCE Case Control command.
|
| 7213
|
SHELL BENDING MOMENT-MXY
|
Shell element twisting moment per unit length in SURFACE xy-direction (tensor x-face, y-direction). Controlled by FORCE Case Control command.
|
| 7214
|
SHELL TRANSVERSE SHEAR FORCE-QX
|
Shell element transverse shear force per unit length in SURFACE xz-direction. Controlled by FORCE Case Control command.
|
| 7215
|
SHELL TRANSVERSE SHEAR FORCE-QY
|
Shell element transverse shear force per unit length in SURFACE yz-direction. Controlled by FORCE Case Control command.
|
| 7420
|
SHELL NORMAL-X STRESS BOTTOM
|
Shell element bottom side (side 1) normal stress in
SURFACE x-direction. Controlled by
STRESS Case Control command.
|
| 7421
|
SHELL NORMAL-Y STRESS BOTTOM
|
Shell element bottom side (side 1) normal stress in SURFACE y-direction. Controlled by STRESS Case Control command.
|
| 7423
|
SHELL SHEAR-XY STRESS BOTTOM
|
Shell element bottom side (side 1) shear stress in SURFACE xy-direction (tensor x-face, y-direction). Controlled by STRESS Case Control command.
|
| 7426
|
SHELL MAJOR PRINCIPAL STRESS BOTTOM
|
Shell element bottom side (side 1) major principal stress. Controlled by STRESS Case Control command.
|
| 7427
|
SHELL MINOR PRINCIPAL STRESS BOTTOM
|
Shell element bottom side (side 1) minor principal stress. Controlled by STRESS Case Control command.
|
| 7429
|
SHELL ZERO SHEAR STRESS ANGLE BOTTOM
|
Shell element bottom side (side 1) zero shear stress angle in degrees. Controlled by STRESS Case Control command.
|
| 7431
|
SHELL MAX SHEAR STRESS BOTTOM
|
Shell element bottom side (side 1) maximum shear stress. Controlled by STRESS Case Control command.
|
| 7431
|
SHELL TRESCA STRESS BOTTOM
|
Shell element bottom side (side 1) Tresca stress. Controlled by STRESS Case Control command.
|
| 7432
|
SHELL EQUIVALENT STRESS BOTTOM
|
Shell element bottom side (side 1) nonlinear equivalent stress (material nonlinear solutions), von Mises stress (linear solutions), and scaled von Mises stress (topology optimization solutions). Note that for prestress solutions regardless of PARAM,
ADDPRESTRESS setting equivalent stress will not include prestress contribution. Controlled by
STRESS or
STRAIN Case Control commands (linear solutions) and
NLSTRESS Case Control command (nonlinear solutions).
|
| 7432
|
SHELL VON MISES STRESS-BENDING BOTTOM
|
Shell element bottom side (side 1) von Mises stress computed without membrane stress contribution. Controlled by STRESS Case Control command and PARAM,
EQVSTRESSTYPE setting.
|
| 7432
|
SHELL VON MISES STRESS-MEMBRANE BOTTOM
|
Shell element bottom side (side 1) von Mises stress computed without bending stress contribution. Controlled by STRESS Case Control command and PARAM, EQVSTRESSTYPE setting.
|
| 7433
|
SHELL VON MISES STRESS BOTTOM
|
Shell element bottom side (side 1) von Mises stress. Controlled by STRESS Case Control command.
|
| 7465
|
SHELL NORMAL-X STRAIN BOTTOM
|
Shell element bottom side (side 1) normal strain in
SURFACE x-direction. Controlled by
STRAIN Case Control command.
|
| 7466
|
SHELL NORMAL-Y STRAIN BOTTOM
|
Shell element bottom side (side 1) normal strain in SURFACE y-direction. Controlled by STRAIN Case Control command.
|
| 7468
|
SHELL SHEAR-XY STRAIN BOTTOM
|
Shell element bottom side (side 1) shear strain in SURFACE xy-direction (tensor x-face, y-direction). Controlled by STRAIN Case Control command.
|
| 7471
|
SHELL MAJOR-PRINCIPAL STRAIN BOTTOM
|
Shell element bottom side (side 1) major principal strain. Controlled by STRAIN Case Control command.
|
| 7472
|
SHELL MINOR PRINCIPAL STRAIN BOTTOM
|
Shell element bottom side (side 1) minor principal strain. Controlled by STRAIN Case Control command.
|
| 7474
|
SHELL ZERO SHEAR STRAIN ANGLE BOTTOM
|
Shell element bottom side (side 1) zero shear strain angle in degrees. Controlled by STRAIN Case Control command.
|
| 7476
|
SHELL MAX SHEAR STRAIN BOTTOM
|
Shell element bottom side (side 1) maximum shear strain. Controlled by STRAIN Case Control command.
|
| 7476
|
SHELL TRESCA STRAIN BOTTOM
|
Shell element bottom side (side 1) Tresca strain. Controlled by STRAIN Case Control command.
|
| 7477
|
SHELL VON MISES STRAIN BOTTOM
|
Shell element bottom side (side 1) von Mises strain. Controlled by STRAIN Case Control command.
|
| 7488
|
SHELL EFFECTIVE STRAIN-PLASTIC/NONLINEAR ELASTIC BOTTOM
|
Shell element bottom side (side 1) effective (nonlinear elastic material) or plastic (elastic-plastic material) strain. Controlled by
NLSTRESS Case Control command.
|
| 7489
|
SHELL EFFECTIVE STRAIN-CREEP BOTTOM
|
Shell element bottom side (side 1) effective creep strain. Controlled by NLSTRESS Case Control command.
|
| 7522
|
SHELL BIAXIALITY RATIO TOP
|
Shell element top side (side 2) stress biaxiality ratio. Controlled by
STRESS Case Control command.
|
| 7523
|
SHELL DAMAGE TOP
|
Shell element top side (side 2) fatigue damage. Controlled by
FATIGUE,
VIBFATIGUE, and
STRESS Case Control commands.
|
| 7524
|
SHELL LIFE TOP
|
Shell element top side (side 2) fatigue life. Controlled by FATIGUE, VIBFATIGUE, and STRESS Case Control commands.
|
| 7525
|
SHELL BIAXIALITY RATIO TOP
|
Shell element top side (side 2) strain biaxiality ratio. Controlled by
STRAIN Case Control command.
|