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Cloned SEACAS for EXODUS library with extra build files for internal package management.
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EXODUS/packages/seacas/doc-source/numbers/2dp.out

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2 years ago
1
PPPPPP RRRRRR OOOOO N NN TTTTTT OOOOO
PP PP RR RR OO OO NN NN TT OO OO
PP PP RR RR OO OO NNN NN TT OO OO
PPPPPP RRRRRR OO OO NN N NN TT OO OO
PP RRRRR OO OO NN NNN TT OO OO
PP RR RR OO OO NN NN TT OO OO
PP RR RR OOOOO NN N TT OOOOO
2222 DDDDDD
2 2 DD DD
2 DD DD
2 DD DD
2 DD DD
2 DD DD
222222 DDDDDD
VERSION 3.4
PROGRAMMED BY:
LEE M. TAYLOR AND DENNIS P. FLANAGAN
APPLIED MECHANICS DIVISION
SANDIA NATIONAL LABORATORIES
ALBUQUERQUE, NEW MEXICO 87185
RUN ON 08/05/88 AT 08:45:50
RUN ON A XMP-416 UNDER CFTLIB14
1 INPUT STREAM IMAGES
LINE ------------------------------------------------------------------------
1: TITLE
2: CMT - 10 FOOT R/S DROP - 70 PSI LDF, I = 1-4, O = 3-8 (8/1/88)
3: AXISYMMETRIC
4: TERMINATION TIME 50.0E-3
5: PLOT TIME 1.0E-3
6: OUTPUT TIME 5.0E-4
7: WRITE RESTART, 5.E-3
8: PLOT NODAL DISPLACEMENT, REACTION, VELOCITY
9: PLOT ELEMENT STRESS, STRAIN, PRESSURE, VONMISES, ENERGY, DENSITY
10: PLOT STATE EQPS
11: $
12: $ # MATERIAL
13: $ 1 OUTER SHELL
14: $ 2 INNER SHELL
15: $ 3 ENERGY ABSORBING FOAM
16: $ 7 CARGO FOAM
17: $ 9 THIN SHEET ON TOP OF CARGO FOAM
18: $ 10 CARGO
19: $ 11 OUTER SHELL - TOP - EXTRA MASS
20: $ 22 INNER SHELL - TOP - EXTRA MASS
21: $ 8 PUNCH
22: $
23: INITIAL VELOCITY MATERIAL 1 0, -175.8
24: INITIAL VELOCITY MATERIAL 11 0, -175.8
25: INITIAL VELOCITY MATERIAL 2 0, -175.8
26: INITIAL VELOCITY MATERIAL 22 0, -175.8
27: INITIAL VELOCITY MATERIAL 3 0, -175.8
28: INITIAL VELOCITY MATERIAL 10 0, -175.8
29: INITIAL VELOCITY MATERIAL 7 0, -175.8
30: INITIAL VELOCITY MATERIAL 9 0, -175.8
31:
32: NO DISPLACEMENT X 1
33: NO DISPLACEMENT Y 11
34: NO DISPLACEMENT X 11
35:
36: CONTACT SURFACE 999 100
37: CONTACT SURFACE 200 300 0.0 .25
38: CONTACT SURFACE 400 500 0.0 .75
39: CONTACT SURFACE 600 700 0.0 .25
40: CONTACT SURFACE 900 1000 0.0 0.0
41:
42: CONTACT SURFACE 999 100 $ PUNCH
43:
44: MATERIAL, 1, ELASTIC PLASTIC, 7.324E-4 $ ST 304 -- ROOM TEMPERATURE
45: YOUNGS MODULUS, 28.1E6
46: POISSONS RATIO, 0.3
47: YIELD STRESS, 34.0E3
48: HARDENING MODULUS 3.12E5
49: BETA, 0.0
50: END
51:
52: MATERIAL, 2, ELASTIC PLASTIC, 7.324E-4 $ ST 304 -- ROOM TEMPERATURE
53: YOUNGS MODULUS, 28.1E6
54: POISSONS RATIO, 0.3
55: YIELD STRESS, 34.0E3
56: HARDENING MODULUS 3.12E5
57: BETA, 0.0
58: END
59:
60: MATERIAL, 11, ELASTIC PLASTIC, 3.297E-3 $ ST 304 -- ROOM TEMPERATURE
61: YOUNGS MODULUS, 28.1E6
62: POISSONS RATIO, 0.3
63: YIELD STRESS, 34.0E3
64: HARDENING MODULUS 3.12E5
65: BETA, 0.0
66: END
67:
68: MATERIAL, 22, ELASTIC PLASTIC, 2.901E-3 $ ST 304 -- ROOM TEMPERATURE
69: YOUNGS MODULUS, 28.1E6
70: POISSONS RATIO, 0.3
71: YIELD STRESS, 34.0E3
72: HARDENING MODULUS 3.12E5
73: BETA, 0.0
74: END
75:
76: MATERIAL, 3, LOW DEN FOAM, 7.5E-6 $ LOW DEN FOAM - (FOAM 9504)
77: YOUNGS MODULUS, 3010.
78: A 49.2
79: B 60.8
80: C -0.517
81: P0 0.0
82: NAIR 0.0
83: PHI 0.090
84: END
85:
86: MATERIAL, 7, LOW DEN FOAM, 1.603E-5 $ CARGO FOAM -- 400 PSI
87: YOUNGS MODULUS, 11.96E3
88: A 215
89: B 183
90: C -3.74
91: P0 0.0
92: NAIR 0.0
93: PHI 0.1915
94: END
95:
96: MATERIAL, 8, ELASTIC PLASTIC, 7.324E-4 $ ST 304 -- ROOM TEMPERATURE
97: YOUNGS MODULUS, 28.1E6 $ PUNCH - NOT STRAIN DEPENDENT
98: POISSONS RATIO, 0.3
99: YIELD STRESS, 40.0E3
100: HARDENING MODULUS 3.12E5
101: BETA, 0.0
102: END
103:
104: MATERIAL, 9, ELASTIC PLASTIC, 7.324E-4 $ SHEET BETWEEN CARGO/FOAM
105: YOUNGS MODULUS, 28.1E6
106: POISSONS RATIO, 0.3
107: YIELD STRESS, 34.0E3
108: HARDENING MODULUS 3.12E5
109: BETA, 0.0
110: END
111:
112: MATERIAL, 10, ELASTIC PLASTIC, 7.781E-4 $ CARGO - FALSE DENSITY
113: YOUNGS MODULUS, 18.1E6
114: POISSONS RATIO, 0.0
115: YIELD STRESS 10.0E3
116: HARDENING MODULUS 3.12E4
117: BETA, 0.0
118: END
1
P R O B L E M T I T L E
CMT - 10 FOOT R/S DROP - 70 PSI LDF, I = 1-4, O = 3-8 (8/1/88)
P R O B L E M D E F I N I T I O N
NUMBER OF ELEMENTS ...................... 6825
NUMBER OF NODES ......................... 7755
NUMBER OF MATERIALS ..................... 9
NUMBER OF FUNCTIONS ..................... 0
NUMBER OF CONTACT SURFACES .............. 6
NUMBER OF RIGID SURFACES ................ 0
NUMBER OF MATERIAL POINTS MONITORED ..... 0
ANALYSIS TYPE ........................... AXISYMMETRIC
TERMINATION TIME ........................ 5.000e-02
PRINT OUTPUT AT INTERVALS OF ............ 5.000e-04
WRITE PLOT FILE AT INTERVALS OF ......... 1.000e-03
START WRITING PLOT FILE AT TIME ......... 0.000e+00
STOP WRITING PLOT FILE AT TIME .......... 1.000e-01
WRITE RESTART FILE AT INTERVALS OF ...... 5.000e-03
SCALE FACTOR APPLIED TO TIME STEP ....... 1.000e+00
STRAIN SOFTENING SCALE FACTOR ........... 1.000e+00
HOURGLASS STIFFNESS FACTOR .............. 1.000e-02
HOURGLASS VISCOSITY FACTOR .............. 3.000e-02
LINEAR BULK VISCOSITY CONSTANT .......... 6.000e-02
QUADRATIC BULK VISCOSITY CONSTANT ....... 1.200e+00
M A T E R I A L D E F I N I T I O N S
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 1
DENSITY .............................. 7.324e-04
MATERIAL PROPERTIES:
YOUNGS MODULUS = 2.810e+07
POISSONS RATIO = 3.000e-01
YIELD STRESS = 3.400e+04
HARDENING MODULUS = 3.120e+05
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.783e+07
INITIAL DILITATIONAL WAVE SPEED .... 2.273e+05
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 11
DENSITY .............................. 3.297e-03
MATERIAL PROPERTIES:
YOUNGS MODULUS = 2.810e+07
POISSONS RATIO = 3.000e-01
YIELD STRESS = 3.400e+04
HARDENING MODULUS = 3.120e+05
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.783e+07
INITIAL DILITATIONAL WAVE SPEED .... 1.071e+05
MATERIAL TYPE ........................LOW DEN FOAM
MATERIAL ID .......................... 3
DENSITY .............................. 7.500e-06
MATERIAL PROPERTIES:
YOUNGS MODULUS = 3.010e+03
A = 4.920e+01
B = 6.080e+01
C = -5.170e-01
NAIR = 0.000e+00
P0 = 0.000e+00
PHI = 9.000e-02
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.010e+03
INITIAL DILITATIONAL WAVE SPEED .... 2.003e+04
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 2
DENSITY .............................. 7.324e-04
MATERIAL PROPERTIES:
YOUNGS MODULUS = 2.810e+07
POISSONS RATIO = 3.000e-01
YIELD STRESS = 3.400e+04
HARDENING MODULUS = 3.120e+05
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.783e+07
INITIAL DILITATIONAL WAVE SPEED .... 2.273e+05
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 22
DENSITY .............................. 2.901e-03
MATERIAL PROPERTIES:
YOUNGS MODULUS = 2.810e+07
POISSONS RATIO = 3.000e-01
YIELD STRESS = 3.400e+04
HARDENING MODULUS = 3.120e+05
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.783e+07
INITIAL DILITATIONAL WAVE SPEED .... 1.142e+05
MATERIAL TYPE ........................LOW DEN FOAM
MATERIAL ID .......................... 7
DENSITY .............................. 1.603e-05
MATERIAL PROPERTIES:
YOUNGS MODULUS = 1.196e+04
A = 2.150e+02
B = 1.830e+02
C = -3.740e+00
NAIR = 0.000e+00
P0 = 0.000e+00
PHI = 1.915e-01
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 1.196e+04
INITIAL DILITATIONAL WAVE SPEED .... 2.731e+04
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 8
DENSITY .............................. 7.324e-04
MATERIAL PROPERTIES:
YOUNGS MODULUS = 2.810e+07
POISSONS RATIO = 3.000e-01
YIELD STRESS = 4.000e+04
HARDENING MODULUS = 3.120e+05
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.783e+07
INITIAL DILITATIONAL WAVE SPEED .... 2.273e+05
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 9
DENSITY .............................. 7.324e-04
MATERIAL PROPERTIES:
YOUNGS MODULUS = 2.810e+07
POISSONS RATIO = 3.000e-01
YIELD STRESS = 3.400e+04
HARDENING MODULUS = 3.120e+05
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 3.783e+07
INITIAL DILITATIONAL WAVE SPEED .... 2.273e+05
MATERIAL TYPE ........................ELASTIC PLASTIC
MATERIAL ID .......................... 10
DENSITY .............................. 7.781e-04
MATERIAL PROPERTIES:
YOUNGS MODULUS = 1.810e+07
POISSONS RATIO = 0.000e+00
YIELD STRESS = 1.000e+04
HARDENING MODULUS = 3.120e+04
BETA = 0.000e+00
CALCULATED INITIAL VALUES FOR:
INITIAL DILITATIONAL MODULUS ....... 1.810e+07
INITIAL DILITATIONAL WAVE SPEED .... 1.525e+05
N O D I S P L A C E M E N T B O U N D A R Y C O N D I T I O N S
NODE SET FLAG DIRECTION
1 X
11 Y
11 X
I N I T I A L V E L O C I T Y B Y M A T E R I A L S
MAT. NO. X INITIAL VELOCITY Y INITIAL VELOCITY
1 0.000e+00 -1.758e+02
11 0.000e+00 -1.758e+02
2 0.000e+00 -1.758e+02
22 0.000e+00 -1.758e+02
3 0.000e+00 -1.758e+02
10 0.000e+00 -1.758e+02
7 0.000e+00 -1.758e+02
9 0.000e+00 -1.758e+02
C O N T A C S U R F A C E S
SURFACE PAIR 1 2 3 4 5
SIDE SET 1 ID 999 200 400 600 900
SIDE SET 2 ID 100 300 500 700 1000
PARTITION 0.500 0.250 0.750 0.250 0.000
FRICTION:
STATIC 0.000 0.000 0.000 0.000 0.000
HIGH SPEED 0.000 0.000 0.000 0.000 0.000
DECAY 0.000 0.000 0.000 0.000 0.000
SURFACE PAIR 6
SIDE SET 1 ID 999
SIDE SET 2 ID 100
PARTITION 0.500
FRICTION:
STATIC 0.000
HIGH SPEED 0.000
DECAY 0.000
E N D O F D A T A I N P U T P H A S E
5.990e-01 CPU SECONDS USED
51800 WORDS ALLOCATED
T O T A L M A S S O F E A C H M A T E R I A L
MATERIAL ID MASS
1 8.128e+00
11 9.334e+00
3 9.902e-01
2 4.420e+00
22 4.115e+00
7 4.806e-01
8 2.068e-01
9 3.573e-01
10 2.200e+01
( ALL MASSES ARE FOR TWO PI RADIANS )
E N D O F D A T A I N I T I A L I Z A T I O N P H A S E
2.493e-01 CPU SECONDS USED
321302 WORDS ALLOCATED
V A R I A B L E S O N P L O T T I N G D A T A B A S E
NODAL ELEMENT GLOBAL
----- ------- ------
DISPLX SIGXX TM STEP
DISPLY SIGYY KE
VELX SIGZZ XMOM
VELY TAUXY YMOM
RX ENERGY
RY EPSXX
EPSYY
EPSZZ
EPSXY
DENSITY
PRESSURE
VONMISES
EQPS
1 PRONTO2D, VERSION PRONTO2D ,RUN ON 08/05/88 ,AT 08:45:50
CMT - 10 FOOT R/S DROP - 70 PSI LDF, I = 1-4, O = 3-8 (8/1/88)
TIME STEP CURRENT KINETIC CPU TIME PER TIME DILATATION
NUMBER TIME ENERGY ELEMENT CYCLE FACTOR
0 0.000e+00 7.700e+05 0.000e+00 0.000e+00
2199 4.999e-04 7.695e+05 1.297e-05 3.893e+05
4399 1.000e-03 7.686e+05 1.279e-05 3.839e+05
6598 1.500e-03 7.670e+05 1.306e-05 3.920e+05
8798 2.000e-03 7.651e+05 1.298e-05 3.897e+05
10997 2.500e-03 7.631e+05 1.303e-05 3.912e+05
13197 3.000e-03 7.610e+05 1.302e-05 3.908e+05
15396 3.500e-03 7.588e+05 1.299e-05 3.901e+05
17595 4.000e-03 7.565e+05 1.304e-05 3.915e+05
19795 4.500e-03 7.541e+05 1.301e-05 3.907e+05
RESTART FILE WRITTEN AT TIME 5.000e-03
21994 5.000e-03 7.516e+05 1.307e-05 3.924e+05
24194 5.500e-03 7.489e+05 1.308e-05 3.926e+05
26393 6.000e-03 7.460e+05 1.300e-05 3.904e+05
28592 6.500e-03 7.429e+05 1.310e-05 3.933e+05
30792 7.000e-03 7.396e+05 1.306e-05 3.921e+05
32991 7.500e-03 7.362e+05 1.303e-05 3.912e+05
35190 8.000e-03 7.326e+05 1.300e-05 3.902e+05
37390 8.500e-03 7.287e+05 1.302e-05 3.910e+05
39589 9.000e-03 7.245e+05 1.306e-05 3.920e+05
41789 9.500e-03 7.203e+05 1.306e-05 3.920e+05
RESTART FILE WRITTEN AT TIME 1.000e-02
43988 1.000e-02 7.158e+05 1.306e-05 3.922e+05
46187 1.050e-02 7.111e+05 1.305e-05 3.918e+05
48387 1.100e-02 7.061e+05 1.304e-05 3.916e+05
50586 1.150e-02 7.010e+05 1.319e-05 3.959e+05
52785 1.200e-02 6.957e+05 1.326e-05 3.981e+05
54985 1.250e-02 6.902e+05 1.323e-05 3.973e+05
57184 1.300e-02 6.845e+05 1.326e-05 3.981e+05
59383 1.350e-02 6.787e+05 1.327e-05 3.984e+05
61583 1.400e-02 6.728e+05 1.325e-05 3.978e+05
63782 1.450e-02 6.666e+05 1.330e-05 3.994e+05
RESTART FILE WRITTEN AT TIME 1.500e-02
65981 1.500e-02 6.603e+05 1.327e-05 3.985e+05
68181 1.550e-02 6.539e+05 1.332e-05 3.999e+05
70380 1.600e-02 6.473e+05 1.316e-05 3.951e+05
72579 1.650e-02 6.405e+05 1.321e-05 3.966e+05
74779 1.700e-02 6.336e+05 1.324e-05 3.974e+05
76978 1.750e-02 6.266e+05 1.331e-05 3.995e+05
79177 1.800e-02 6.194e+05 1.337e-05 4.013e+05
81376 1.850e-02 6.120e+05 1.329e-05 3.989e+05
83576 1.900e-02 6.046e+05 1.315e-05 3.949e+05
85775 1.950e-02 5.970e+05 1.316e-05 3.952e+05
RESTART FILE WRITTEN AT TIME 2.000e-02
87974 2.000e-02 5.894e+05 1.334e-05 4.004e+05
90173 2.050e-02 5.816e+05 1.339e-05 4.021e+05
92373 2.100e-02 5.737e+05 1.322e-05 3.970e+05
94572 2.150e-02 5.657e+05 1.311e-05 3.937e+05
96771 2.200e-02 5.577e+05 1.314e-05 3.945e+05
98971 2.250e-02 5.497e+05 1.324e-05 3.974e+05
101170 2.300e-02 5.415e+05 1.317e-05 3.955e+05
103369 2.350e-02 5.332e+05 1.325e-05 3.978e+05
105568 2.400e-02 5.249e+05 1.319e-05 3.960e+05
107768 2.450e-02 5.165e+05 1.314e-05 3.945e+05
RESTART FILE WRITTEN AT TIME 2.500e-02
109967 2.500e-02 5.080e+05 1.310e-05 3.934e+05
112166 2.550e-02 4.995e+05 1.314e-05 3.945e+05
114365 2.600e-02 4.909e+05 1.318e-05 3.955e+05
116565 2.650e-02 4.822e+05 1.315e-05 3.947e+05
118764 2.700e-02 4.734e+05 1.321e-05 3.964e+05
120963 2.750e-02 4.647e+05 1.315e-05 3.947e+05
123163 2.800e-02 4.560e+05 1.310e-05 3.932e+05
125362 2.850e-02 4.472e+05 1.313e-05 3.942e+05
127561 2.900e-02 4.384e+05 1.322e-05 3.967e+05
129761 2.950e-02 4.295e+05 1.316e-05 3.951e+05
RESTART FILE WRITTEN AT TIME 3.000e-02
131960 3.000e-02 4.207e+05 1.331e-05 3.995e+05
134159 3.050e-02 4.119e+05 1.318e-05 3.958e+05
136359 3.100e-02 4.030e+05 1.316e-05 3.953e+05
***** ERROR: ELEMENT NUMBER 1490 HAS NON-POSITIVE AREA *****
CURRENT ELEMENT CENTER COORDINATES = 2.75 -71.6
CURRENT TIME INCREMENT AND TIME =***** 3.101e-02
33 TIME STEPS WERE WRITTEN TO THE PLOTTING DATA BASE
E N D O F S O L U T I O N P H A S E
1.224e+04 CPU SECONDS USED
391388 WORDS ALLOCATED