Simulation Report
 


Cover Sheet
 

Document Properties Table
 
Organizational Data
Title S003
Subject
Author Heinrich Mallison
Manager
Company Name
Lexical Data
Category
Key Words
Comments
Document Data
Tracking Number
Source File Path and Name F:\DATA\S003\S003.WM3
Source File Size 3.14 MB
Source Created Friday, March 09, 2007 at 10:42:31 AM
Source Last Modified Friday, March 09, 2007 at 10:42:32 AM
Report Generated Friday, March 09, 2007 at 10:44:26 AM

Input Settings
 

Analysis Type
 
Analysis Type Available Selected
Stress yes
Buckling no
Vibration no
Thermal no
Motion yes

Tolerance
 
Configuration Tolerance Position 0.01 m

Integration
 
Animation Frame Rate Time 0.02 s
Integration Step Type Variable
Integration Steps per Frame 2
Integrator Type Kutta-Merson

Gravity
 
Gravity Status On
Direction (x,y,z) (m/s^2) (0, 0, -9.8066)

Miscellaneous
 
Unit System Custom
User Name Heiner
Domain  

Model Details
 

Assembly Table
 
Name Material Mass (kg) Volume (m^3) Bounding Box (m)
01 head Custom 14.897 0.014897 0.29179, 0.55328, 0.25943
02 neck Custom 12.054 0.012054 0.23746, 0.4529, 0.40568
03 neck Custom 10.273 0.010273 0.23973, 0.35218, 0.3573
04 neck Custom 18.232 0.018232 0.26985, 0.46578, 0.49583
05 shoulder Custom 114.95 0.11495 0.62575, 0.64094, 0.84692
06 body Custom 248.78 0.24878 0.71277, 0.65748, 0.98227
07 hips Custom 517.61 0.51761 0.80907, 1.4245, 1.0887
08 tail Custom 146.5 0.1465 0.60661, 1.0977, 0.84843
09 tail Custom 37.833 0.037833 0.29903, 0.77747, 0.44206
10 tail Custom 11.762 0.011762 0.1606, 0.62185, 0.32395
11 tail Custom 4.1496 0.0041496 0.10388, 0.60933, 0.23504
20 L UA Custom 9.5647 0.0095647 0.19498, 0.33284, 0.4988
21 R UA Custom 9.5647 0.0095647 0.19498, 0.33284, 0.4988
22 L LA Custom 3.8822 0.0038822 0.16647, 0.25684, 0.35288
23 R LA Custom 3.8822 0.0038822 0.16647, 0.25684, 0.35288
24 L hand Custom 1.4131 0.0014131 0.098309, 0.18235, 0.2334
25 R hand Custom 1.4131 0.0014131 0.098309, 0.18235, 0.2334
26 L I1 Custom 0.13853 0.00013853 0.081882, 0.071774, 0.080635
27 R I1 Custom 0.13853 0.00013853 0.081882, 0.071774, 0.080635
28 L I2 Custom 0.052067 5.2067e-5 0.043258, 0.063842, 0.067746
29 R I2 Custom 0.052067 5.2067e-5 0.043258, 0.063842, 0.067746
30 L II1 Custom 0.13528 0.00013528 0.081882, 0.071774, 0.080635
31 R II1 Custom 0.13528 0.00013528 0.081882, 0.071774, 0.080635
32 L II2 Custom 0.082225 8.2225e-5 0.057517, 0.068725, 0.065917
33 R II2 Custom 0.082225 8.2225e-5 0.057517, 0.068725, 0.065917
34 L II3 Custom 0.052605 5.2605e-5 0.048069, 0.061483, 0.067521
35 R II3 Custom 0.052605 5.2605e-5 0.048069, 0.061483, 0.067521
36 L III1 Custom 0.10571 0.00010571 0.078009, 0.053174, 0.074329
37 R III1 Custom 0.10571 0.00010571 0.078009, 0.053174, 0.074329
38 L III2 Custom 0.081008 8.1008e-5 0.053166, 0.060196, 0.076792
39 R III2 Custom 0.081008 8.1008e-5 0.053166, 0.060196, 0.076792
40 L III3 Custom 0.042316 4.2316e-5 0.042254, 0.05033, 0.06074
41 R III3 Custom 0.042316 4.2316e-5 0.042254, 0.05033, 0.06074
50 L UL Custom 57.645 0.057645 0.42842, 0.57995, 0.87334
51 R UL Custom 57.645 0.057645 0.42842, 0.57995, 0.87334
52 L LL Custom 27.308 0.027308 0.30958, 0.41074, 0.61461
53 R LL Custom 27.308 0.027308 0.30958, 0.41074, 0.61461
54 L foot Custom 5.506 0.005506 0.29079, 0.20654, 0.37264
55 R foot Custom 5.506 0.005506 0.29079, 0.20654, 0.37264
56 L toes Custom 4.0402 0.0040402 0.30712, 0.34385, 0.15299
57 R toes Custom 4.0402 0.0040402 0.30712, 0.34385, 0.15299
body 1 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
body 2 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
L hip Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
L shoulder Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
neck 1 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
neck 2 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
neck 3 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
neck 4 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
R hip Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
R shoulder Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
tail 1 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
tail 2 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
tail 3 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
tail 4 Lmarker Custom 0.51521 0.00051521 0.1, 0.1, 0.1
GROUND [237] Custom 3.925e+5 50 10, 50, 0.1

Constraints Table
 
Name Associated Parts
body 1 lateral [71] body 1 Lmarker and 06 body
body 1 vertical [73] body 1 Lmarker and 05 shoulder
neck 4 [68] neck 4 Lmarker and 04 neck
neck 4 vertical [78] neck 4 Lmarker and 05 shoulder
neck 3 lateral [82] neck 3 Lmarker and 03 neck
neck 3 vertical [85] neck 3 Lmarker and 04 neck
neck 2 lateral [88] neck 2 Lmarker and 02 neck
neck 2 vertical [91] neck 2 Lmarker and 03 neck
neck 1 vertical [94] neck 1 Lmarker and 02 neck
neck 1 lateral [97] neck 1 Lmarker and 01 head
body 2 lateral [99] body 2 Lmarker and 07 hips
body 2 vertical [106] body 2 Lmarker and 06 body
tail 1 vertical [109] tail 1 Lmarker and 07 hips
tail 1 lateral [101] tail 1 Lmarker and 08 tail
tail 2 lateral [115] tail 2 Lmarker and 09 tail
tail 2 vertical [118] tail 2 Lmarker and 08 tail
tail 3 lateral [121] tail 3 Lmarker and 10 tail
tail 3 vertical [123] tail 3 Lmarker and 09 tail
tail 4 lateral [126] tail 4 Lmarker and 11 tail
tail 4 vertical [130] tail 4 Lmarker and 10 tail
L Hip sagittal [133] L hip Lmarker and 50 L UL
L hip transverse [136] L hip Lmarker and 07 hips
L knee [143] 50 L UL and 52 L LL
L ankle [140] 52 L LL and 54 L foot
L toes [147] 54 L foot and 56 L toes
L shoulder transverse [151] L shoulder Lmarker and 05 shoulder
L shoulder sagittal [154] L shoulder Lmarker and 20 L UA
L elbow [148] 20 L UA and 22 L LA
L wrist [160] 22 L LA and 24 L hand
R hip transverse [162] R hip Lmarker and 07 hips
R hip sagittal [166] R hip Lmarker and 51 R UL
R knee [169] 51 R UL and 53 R LL
R ankle [171] 53 R LL and 55 R foot
R toes [175] 55 R foot and 57 R toes
R shoulder transverse [178] R shoulder Lmarker and 05 shoulder
R shoulder sagittal [181] R shoulder Lmarker and 21 R UA
R elbow [184] 21 R UA and 23 R LA
R wrist [188] 23 R LA and 25 R hand
L I1 [193] 26 L I1 and 24 L hand
L II1 [191] 30 L II1 and 24 L hand
L III1 [195] 36 L III1 and 24 L hand
L I2 [203] 26 L I1 and 28 L I2
L II2 [205] 30 L II1 and 32 L II2
L III3 [207] 36 L III1 and 38 L III2
L II3 [198] 32 L II2 and 34 L II3
L III3 [212] 38 L III2 and 40 L III3
R III1 [218] 37 R III1 and 25 R hand
R II1 [220] 31 R II1 and 25 R hand
R I1 [222] 27 R I1 and 25 R hand
R I2 [227] 27 R I1 and 29 R I2
R II2 [229] 31 R II1 and 33 R II2
R III2 37 R III1 and 39 R III2
R II3 [234] 35 R II3 and 33 R II2
R III3 [236] 41 R III3 and 39 R III2

Material Properties Table
 
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 1000
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5
Custom
Property Temperature (K) Value
Density (kg/m^3) constant 7850
Elastic Modulus (Pa) constant 2e+11
Poisson's Ratio constant 0.290000
Yield Stress (Pa) constant 3.31e+8
Ultimate Tensile Stress (Pa) constant 4.48e+8
Specific Heat (N m / (kg K)) constant 418
Thermal Conductivity (W / (m K)) constant 46.7
Thermal Coefficient of Expansion (W / (m K)) constant 1.13e-5

Initial Conditions
 
Name Initial Linear Velocity Vector (m/s) Initial Angular Velocity Vector (deg/s)
01 head -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
02 neck -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
03 neck -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
04 neck -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
05 shoulder -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
06 body -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
07 hips -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
08 tail -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
09 tail -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
10 tail -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
11 tail -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
20 L UA -6.9226e-5, -0.1309, 0.3194 -7.1621, 4.2225e-5, -0.0015095
21 R UA -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
22 L LA -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
23 R LA -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
24 L hand -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
25 R hand -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
26 L I1 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
27 R I1 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
28 L I2 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
29 R I2 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
30 L II1 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
31 R II1 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
32 L II2 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
33 R II2 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
34 L II3 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
35 R II3 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
36 L III1 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
37 R III1 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
38 L III2 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
39 R III2 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
40 L III3 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
41 R III3 -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
50 L UL -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
51 R UL -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
52 L LL -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
53 R LL -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
54 L foot -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
55 R foot -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
56 L toes -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
57 R toes -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
body 1 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
body 2 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
L hip Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
L shoulder Lmarker -6.5838e-5, -0.13138, 0.30331 -7.1621, 4.2225e-5, -0.0015095
neck 1 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
neck 2 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
neck 3 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
neck 4 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
R hip Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
R shoulder Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
tail 1 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
tail 2 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
tail 3 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
tail 4 Lmarker -6.9233e-5, -0.1309, 0.31943 -7.1621, 4.2225e-5, -0.0015095
GROUND [237] 0, 0, 0 0, 0, 0

toes average
 
image

'toes average' Min/Max Information
  Minimum Maximum
Formula Value Frame Value Frame
frame 0 0 99 99
toes average (N m) -0.0073555 1 1990.5 18

'toes average' Data Table
Frame frame toes average (N m)
0 0 -0.0064801
1 1 -0.0073555
2 2 -0.0043022
3 3 11.387
4 4 186.88
5 5 115.33
6 6 123.77
7 7 134.19
8 8 158.54
9 9 1600.4
10 10 1574.2
11 11 1385.5
12 12 1361.5
13 13 1304.5
14 14 1292.5
15 15 1374.5
16 16 1495.9
17 17 1713.1
18 18 1990.5
19 19 131.36
20 20 173.26
21 21 120.55
22 22 1555
23 23 1442.2
24 24 1360.9
25 25 1377
26 26 120.91
27 27 1413.3
28 28 1311.4
29 29 685.28
30 30 1059.5
31 31 867.41
32 32 908.37
33 33 953.52
34 34 863
35 35 948.36
36 36 884.74
37 37 923.61
38 38 904.68
39 39 906.71
40 40 912.64
41 41 901.39
42 42 909.56
43 43 903.05
44 44 906.28
45 45 904.84
46 46 904.62
47 47 905.36
48 48 904.45
49 49 905.07
50 50 904.82
51 51 905.01
52 52 905.1
53 53 905.14
54 54 905.27
55 55 905.32
56 56 905.45
57 57 905.51
58 58 905.62
59 59 905.71
60 60 905.8
61 61 905.89
62 62 905.98
63 63 906.07
64 64 906.15
65 65 906.24
66 66 906.32
67 67 906.4
68 68 906.48
69 69 906.55
70 70 906.63
71 71 906.7
72 72 906.78
73 73 906.85
74 74 906.92
75 75 906.99
76 76 907.06
77 77 907.12
78 78 907.19
79 79 907.25
80 80 907.32
81 81 907.38
82 82 907.44
83 83 907.5
84 84 907.56
85 85 907.62
86 86 907.67
87 87 907.73
88 88 907.78
89 89 907.84
90 90 907.89
91 91 907.94
92 92 907.99
93 93 908.04
94 94 908.09
95 95 908.14
96 96 908.19
97 97 908.23
98 98 908.28
99 99 908.32


ankles average
 
image

'ankles average' Min/Max Information
  Minimum Maximum
Formula Value Frame Value Frame
frame 0 0 99 99
time (N m) -0.018357 1 2684.4 18

'ankles average' Data Table
Frame frame time (N m)
0 0 -0.016172
1 1 -0.018357
2 2 -0.010737
3 3 60.616
4 4 970.43
5 5 598.18
6 6 641.29
7 7 695.03
8 8 821.39
9 9 2169.3
10 10 2130.2
11 11 1872.8
12 12 1838.2
13 13 1759.6
14 14 1742.2
15 15 1851.9
16 16 2015.4
17 17 2308.7
18 18 2684.4
19 19 683.27
20 20 900
21 21 625.43
22 22 2104.4
23 23 1950
24 24 1838.6
25 25 1859.4
26 26 628.09
27 27 1910.9
28 28 1773.1
29 29 1147.2
30 30 1515.3
31 31 1322
32 32 1361.5
33 33 1404.9
34 34 1313
35 35 1397.3
36 36 1333.4
37 37 1372
38 38 1352.9
39 39 1354.7
40 40 1360.4
41 41 1348.9
42 42 1357
43 43 1350.4
44 44 1353.6
45 45 1352.1
46 46 1351.8
47 47 1352.5
48 48 1351.5
49 49 1352.1
50 50 1351.9
51 51 1352
52 52 1352.1
53 53 1352.1
54 54 1352.2
55 55 1352.2
56 56 1352.3
57 57 1352.4
58 58 1352.5
59 59 1352.5
60 60 1352.6
61 61 1352.7
62 62 1352.7
63 63 1352.8
64 64 1352.9
65 65 1353
66 66 1353
67 67 1353.1
68 68 1353.1
69 69 1353.2
70 70 1353.3
71 71 1353.3
72 72 1353.4
73 73 1353.4
74 74 1353.5
75 75 1353.5
76 76 1353.6
77 77 1353.6
78 78 1353.7
79 79 1353.7
80 80 1353.8
81 81 1353.8
82 82 1353.9
83 83 1353.9
84 84 1354
85 85 1354
86 86 1354.1
87 87 1354.1
88 88 1354.2
89 89 1354.2
90 90 1354.2
91 91 1354.3
92 92 1354.3
93 93 1354.4
94 94 1354.4
95 95 1354.4
96 96 1354.5
97 97 1354.5
98 98 1354.5
99 99 1354.6


knees average
 
image

'knees average ' Min/Max Information
  Minimum Maximum
Formula Value Frame Value Frame
frame 0 0 99 99
KNEES average (N m) -370.9 4 1399.9 18

'knees average ' Data Table
Frame frame KNEES average (N m)
0 0 -0.0084933
1 1 -0.0096407
2 2 -0.0056388
3 3 -56.305
4 4 -370.9
5 5 -212.42
6 6 -213.27
7 7 -224.87
8 8 -271.41
9 9 1165.3
10 10 1133.6
11 11 990.17
12 12 965.17
13 13 918.87
14 14 905.8
15 15 960.49
16 16 1045
17 17 1199.4
18 18 1399.9
19 19 -286.13
20 20 -349.71
21 21 -226.08
22 22 1120.3
23 23 1032.6
24 24 969.33
25 25 977.41
26 26 -245.04
27 27 1011.8
28 28 939.02
29 29 337.76
30 30 702.65
31 31 516.62
32 32 557.84
33 33 602.29
34 34 515.68
35 35 598.88
36 36 537.33
37 37 575.12
38 38 556.72
39 39 558.78
40 40 564.52
41 41 553.66
42 42 561.55
43 43 555.18
44 44 558.25
45 45 556.78
46 46 556.51
47 47 557.15
48 48 556.2
49 49 556.73
50 50 556.42
51 51 556.53
52 52 556.55
53 53 556.51
54 54 556.57
55 55 556.55
56 56 556.61
57 57 556.61
58 58 556.65
59 59 556.67
60 60 556.7
61 61 556.73
62 62 556.74
63 63 556.77
64 64 556.79
65 65 556.82
66 66 556.84
67 67 556.87
68 68 556.89
69 69 556.91
70 70 556.93
71 71 556.95
72 72 556.97
73 73 556.99
74 74 557.01
75 75 557.03
76 76 557.05
77 77 557.07
78 78 557.09
79 79 557.11
80 80 557.13
81 81 557.15
82 82 557.16
83 83 557.18
84 84 557.2
85 85 557.21
86 86 557.23
87 87 557.25
88 88 557.26
89 89 557.28
90 90 557.29
91 91 557.31
92 92 557.32
93 93 557.33
94 94 557.35
95 95 557.36
96 96 557.38
97 97 557.39
98 98 557.4
99 99 557.41


hips average
 
image

'hips average' Min/Max Information
  Minimum Maximum
Formula Value Frame Value Frame
frame 0 0 99 99
HIPS average (N m) -0.25468 1 4040.5 18

'hips average' Data Table
Frame frame HIPS average (N m)
0 0 -0.22437
1 1 -0.25468
2 2 -0.14896
3 3 148.88
4 4 2609.9
5 5 1615.7
6 6 1738.2
7 7 1886.6
8 8 2227.1
9 9 3304
10 10 3232.2
11 11 2834.3
12 12 2774.4
13 13 2650
14 14 2619.2
15 15 2781.5
16 16 3026.7
17 17 3469.9
18 18 4040.5
19 19 1827
20 20 2418.1
21 21 1687.6
22 22 3193.7
23 23 2953.1
24 24 2779.5
25 25 2807.6
26 26 1687.1
27 27 2893.8
28 28 2685.3
29 29 2088.9
30 30 2427.3
31 31 2239.5
32 32 2274.2
33 33 2311.6
34 34 2220.9
35 35 2299.3
36 36 2237.4
37 37 2273.7
38 38 2254.8
39 39 2256.1
40 40 2260.9
41 41 2249.6
42 42 2256.9
43 43 2250.4
44 44 2253.3
45 45 2251.7
46 46 2251.3
47 47 2251.8
48 48 2250.8
49 49 2251.2
50 50 2250.9
51 51 2250.9
52 52 2250.9
53 53 2250.8
54 54 2250.8
55 55 2250.8
56 56 2250.8
57 57 2250.8
58 58 2250.8
59 59 2250.7
60 60 2250.7
61 61 2250.7
62 62 2250.7
63 63 2250.7
64 64 2250.7
65 65 2250.7
66 66 2250.7
67 67 2250.7
68 68 2250.7
69 69 2250.7
70 70 2250.7
71 71 2250.6
72 72 2250.6
73 73 2250.6
74 74 2250.6
75 75 2250.6
76 76 2250.6
77 77 2250.6
78 78 2250.6
79 79 2250.6
80 80 2250.6
81 81 2250.6
82 82 2250.6
83 83 2250.6
84 84 2250.6
85 85 2250.6
86 86 2250.5
87 87 2250.5
88 88 2250.5
89 89 2250.5
90 90 2250.5
91 91 2250.5
92 92 2250.5
93 93 2250.5
94 94 2250.5
95 95 2250.5
96 96 2250.5
97 97 2250.5
98 98 2250.5
99 99 2250.5