The document provides test data from sled tests conducted at Wayne State University (WSU) and Heidelberg on a THOR dummy. It includes impact velocities, forces, and accelerations measured from the dummy for tests conducted with rigid and padded sleds at velocities ranging from 6.8-8.9 m/s. The document also details how the load data was corrected to compensate for plate inertia and lists the masses of the test plates used.

1.  Neck Test 2 (H28625-H28628)
 Dummy channels according to SAE J211.
 Wayne State University Tests (H28631-H28641)
 Impact forces and accelerations at CFC 1000 Hz, and Dummy
channels according to SAE J211.
 Heidelberg Tests (H28642-H28648)
 Impact forces and accelerations at CFC 1000 Hz (according to
SAE J211).
 For comparison to response requirements the data was
filtered using a 100 Hz FIR Filter.

2. Ford Hyge Sled tests H28625-H28648

3. Channel Frequency Class (J211)
Typical Test Measurements CFC (Hz)
Head
Head accelerations 1000
Neck
Forces 1000
Moments 600
Arm
Forces 600
Moments 600
Accelerations 600
Thorax
Spine accelerations 180
Rib accelerations 1000
Sternum accelerations 1000
Deflections 600
Lumbar
Forces 600
Moments 600
Pelvis
Accelerations 1000
Forces 600
Moments 600
Femur/Knee/Tibia/Ankle
Accelerations 1000
Forces 600
Moments 600
Displacements 180

4.  The data presented gave plate loads and accelerations. The loads
were corrected to compensate for inertia by using the following
equations over the whole time span (after finding time 0
according to maximum loads).
 Fe = Fi– (ma)plate
 Example:
 Fshoulder= 8443.32 N
 ashoulderplate = 44.88 m2
/s
 Mshoulderplate = 2.62 kg (mass of the plate + mass of bolts)
 Fe = 8443.32– [(2.62)(44.88)] = 8325.73 N
 The masses were found in an email from Hollie Pietsch.Test Plate Mass
WSU Shoulder 2.62
WSU Thorax 2.72
WSU Abdomen 2.8
WSU Pelvis 2.76
WSU Knee 1.44
Heidelberg Thorax 6.18
Heidelberg Pelvis 4.98

5. 5.8 m/s Sled Test

13. No Padding
*Shoulder IR TRACC broken in test
H28631

34. No Padding
*Broke Thorax Rib 1 IRTRACC, cut cable on Thorax Rib 1
Accel., lost Thorax Rib 2 Ay and shoulder pad stuck in
shoulder inner band in test H28640. Lost Upper Neck My
channel and Broke shoulder rib doubler (swapped w/ right
side) in test H28641. Test H28642 was cancelled to prevent
further damage.

55. 15 psi padding on all plates for the 15 PSI
group.
23 psi padding on Shoulder, Thorax and
Abdomen plate, and 15 psi padding
on Pelvis and Knee plate for the 23
PSI group.
WSU 8.9 m/s Padded Sled

56. 15 psi Padding
*Broken Shoulder IR TRACC Removed

77. 23 psi Padding
*Arm rotates and lifts padding for
23psi tests - different from 15 psi tests.

98. 6.8 m/s Rigid Sled Test
Replaced broken Thorax Rib 2 Accel -
broken in high speed.

116. Impact
Condition Measurement Units
Lower
Bound
Upper
Bound Test
Measure-
ment Score Test
Measure-
ment Score
Neck Test 2
6.7 G Sled
Impact
Peak Flexion Angle Degrees 40 50 H28625 H28626
Peak Bending Moment about AP
Axis at Occipital Condyles Nm 40 50 H28625 12.57 0 H28626 12.83 0
Peak Bending Moment about RL
Axis at Occipital Condyles Nm 20 30 H28625 3.04 0 H28626 3.51 0
Peak Twist Moment Nm 15 20 H28625 8.65 0 H28626 8.45 0
Peak Shear Force At Occipital
Condyles N 750 850 H28625 414.14 0 H28626 423.27 0
Peak Tension Force at Occipital
Condyles N 350 400 H28625 383.36 10 H28626 382.09 10
Peak PA Shear Force N 325 375 H28625 96.8 0 H28626 59.9 0
Peak Resultant Head Acceleration G 18 24 H28625 13.22 5 H28626 13.89 5
Impact
Condition Measurement Test
Measure-
ment Score Test
Measure-
ment Score
Test
Measure-
ment Score
Neck Test 2
6.7 G Sled
Impact
Peak Flexion Angle H28627 H28628
Average
Of Tests
H28625 –
H28628
Peak Bending Moment about AP
Axis at Occipital Condyles H28627 12.94 0 H28628 15.26 0 13.40 0
Peak Bending Moment about RL
Axis at Occipital Condyles H28627 4.34 0 H28628 2.97 0 3.47 0
Peak Twist Moment H28627 8.66 0 H28628 9.35 0 8.78 0
Peak Shear Force At Occipital
Condyles H28627 425.97 0 H28628 425.06 0 422.11 0
Peak Tension Force at Occipital
Condyles H28627 361.45 10 H28628 393.17 10 380.02 10
Peak PA Shear Force H28627 52.31 0 H28628 59.2 0 67.05 0
Peak Resultant Head Acceleration H28627 13.84 5 H28628 14.08 5 13.76 5

117. Impact
Condition Measurement Units
Lower
Bound
Upper
Bound Test
Measure-
ment Score Test
Measure-
ment Score
Thorax Test 5
6.8 m/s
Rigid Sled
Peak Lateral
Acceleration of
the Upper Spine G 82 122 H28642 58.44 5 H28643 66.11 5
Peak Lateral
Acceleration of
the Lower Spine G 71 107 H28642 53.62 5 H28643 53.76 5
Peak Lateral
Acceleration of
the Impacted Rib G 64 100 H28642 85.48 10 H28643 75.97 10
Thorax Test 6
8.9 m/s
Padded Sled
Peak Lateral
Displacement of
T12 mm 80 108 H28634 H28635
Thorax Test 6
8.9 m/s
Padded Sled
Peak Lateral
Displacement of
T12 mm 80 108 H28637 H28638
Thorax Test 5
6.8 m/s Rigid
Sled
Peak Lateral
Acceleration of
the
Upper Spine G 82 122 H28644 70.67 5
Average of
Tests
H28642-44
And
H28634-36
And
H28637-39
65.07 5
Peak Lateral
Acceleration of
the
Lower Spine G 71 107 H28644 51.73 5 53.04 5
Peak Lateral
Acceleration of
the
Impacted Rib G 64 100 H28644 82.58 10 81.34 10
Thorax Test 6
8.9 m/s
Padded Sled
Peak Lateral
Displacement of
T12 mm 80 108 H28636
Thorax Test 6

118. Impact
Condi
tion Measurement Units Lower Bound Upper Bound Test Measurement Score Test Measurement Score
Pelvis Test
10 6.8 m/s
Rigid Sled
Peak Lateral
Pelvic
Acceleration G 85 115 H28631 58.93 5 H28632 64.99 5
Pelvis Test
11
8.9 m/s
Rigid Sled
Peak Lateral
Pelvic
Acceleration G 111 151 H28640 110.03 5 H28641 113.28 10
Pelvis Test
12 8.9 m/s
15 psi
Padded Sled
Peak Lateral
Pelvic
Acceleration G 37 51 H28634 60.27 5 H28635 58.27 5
Pelvis Test
13 8.9 m/s
23 psi
Padded Sled
Peak Lateral
Pelvic
Acceleration G 65 89 H28637 39.47 0 H28638 37.45 0
Pelvis Test 7
6.8 m/s
Rigid Sled
Peak Pelvic
Force kN 6.4 7.8 H28642 2.05 0 H28643 2.04 0
Peak Pelvic
Acceleration G 63 77 H28642 65.89 10 H28643 63.78 10
Pelvis Test 10
6.8 m/s
Rigid Sled
Peak Lateral
Pelvic
Acceleration G 85 115 H28633 65.84 5
Average
Of Tests
H28631-33
And
H28640-41
And
H28634-36
And
H28637-39
And
63.25 5
Pelvis Test 11
8.9 m/s
Rigid Sled
Peak Lateral
Pelvic
Acceleration G 111 151 111.66 7.5
Pelvis Test 12
8.9 m/s 15 psi
Padded Sled
Peak Lateral
Pelvic
Acceleration G 37 51 H28636 57.38 5 58.64 5
Pelvis Test 13
8.9 m/s 23 psi
Padded Sled
Peak Lateral
Pelvic
Acceleration G 65 89 H28639 35.68 0 37.53 0
Peak Pelvic

119. Body Test No. & Test Description Test Weighting, Vi,j Test Biofidelity
Head Test 1 200 mm Rigid Drop 8 10.0
Head Test 2 1200 mm Padded Drop 4 N. M.
Head Biofidelity, B1 10.0
Neck Test 1 7.2 G Sled Impact 7 7.9
Neck Test 2 6.7 G Sled Impact 6 2.0
Neck Test 3 12.2 G Sled Impact 3 6.6
Neck Biofidelity, B2 5.4
Shoulder Test 1 4.5 m/s Pendulum 6 5.0
Shoulder Test 2 7.2 G Sled Impact 5 7.9
Shoulder Test 3 12.2 G Sled Impact 3 10.0
Shoulder Test 4 8.9 m/s Padded Sled 7 5.0
Shoulder Biofidelity, B3 6.4
Thorax Test 1 4.3 m/s Pendulum 9 10.0
Thorax Test 2 6.7 m/s Pendulum 9 10.0
Thorax Test 3 1.0 m Rigid Drop 6 10.0
Thorax Test 4 2.0 m Padded Drop 5 N. M.
Thorax Test 5 6.8 m/s Rigid Sled 7 7.5
Thorax Test 6 8.9 m/s Padded Sled 7 5.0
Thorax Biofidelity, B4 8.6
Abdomen Test 1 1.0 m Rigid Drop 7 8.6
Abdomen Test 2 2.0 m Rigid Drop 6 N. M.
Abdomen Test 3 6.8 m/s Rigid Sled 3 5.0
Abdomen Test 4 8.9 m/s Rigid Sled 3 5.0
Abdomen Test 5 8.9 m/s Padded Sled 7 5.0
Abdomen Biofidelity, B5 6.3
Pelvis Test 1 6.0 m/s Pendulum Impact 8 5.0
Pelvis Test 2 10.0 m/s Pendulum Impact 9 10.0
Pelvis Test 3 0.5 m Rigid Drop 4 5.0
Pelvis Test 4 1.0 m Rigid Drop 4 1.7
Pelvis Test 5 2.0 m Padded Drop 3 N. M.
Pelvis Test 6 3.0 m Padded Drop 5 N. M.
Pelvis Test 7 6.8 m/s Rigid Sled 8 4.4
Pelvis Test 8 8.9 m/s Rigid Sled 7 3.7
Pelvis Test 9 8.9 m/s Padded Sled 8 N. M.
Pelvis Test 10 6.8 m/s Rigid Sled 3 5.0
Pelvis Test 11 8.9 m/s Rigid Sled 3 6.1
Pelvis Test 12 8.9 m/s 15 psi Padded Sled 3 5.0
Pelvis Test 13 8.9 m/s 23 psi Padded Sled 7 2.8
Pelvis Biofidelity, B6 5.1
N.M. = Not Measured
WorldSID Prototype Rev.1 Overall Biofidelity, B 7.1
WorldSID Ratings

120. Region Ui Bi i Ui*Bi Ranking
Head 7 10 1 70
Neck 6 5.425457317 2 32.5527439
Shoulder 5 6.408730159 3 32.04365079
Thorax 10 8.618421053 4 86.18421053
Abdomen 8 6.25 5 50
Pelvis 8 5.09468006 6 40.75744048
Overall Biofidelity B 7.08041013 Good
Excellent 8.6=<-<10.0
Good 6.5=<-<8.6
Fair 4.4=<-<6.5
Marginal 2.6=<=<4.4
Unacceptable 0.0=<-<2.6

121. Velocities at individual TOC

122. Test
Description
Test
Number Initial Contact (s) Channel Velocity (m/s)
WSU
6.8 m/s
Rigid Sled
H28631 0.10216 T1 Resultant 6.37
H28631 0.10216 T12 Resultant 7.11
H28632 0.09816 T1 Resultant 6.14
H28632 0.09816 T12 Resultant 6.46
H28633 0.10792 T1 Resultant 7.29
H28633 0.10792 T12 Resultant 6.27
WSU
8.9 m/s
Padded
Sled
(15 psi)
H28634 0.08152 T1 Resultant 4.72
H28634 0.08152 T12 Resultant 4.50
H28635 0.08072 T1 Resultant 4.92
H28635 0.08072 T12 Resultant 5.39
H28636 0.0816 T1 Resultant 4.84
H28636 0.0816 T12 Resultant 4.33
WSU
8.9 m/s
Padded
Sled
(23 psi)
H28637 0.082 T1 Resultant 4.72
H28637 0.082 T12 Resultant 4.63
H28638 0.08224 T1 Resultant 4.81
H28638 0.08224 T12 Resultant 5.19
H28639 0.08152 T1 Resultant 5.44
H28639 0.08152 T12 Resultant 5.11
WSU
8.9 m/s
Rigid Sled
H28640 0.08104 T1 Resultant 5.20
H28640 0.08104 T12 Resultant 6.03
H28641 0.0804 T1 Resultant 4.67
H28641 0.0804 T12 Resultant 4.70
Heidelberg
6.8 m/s
Rigid Sled
H28642 0.10728 T1 Resultant 6.57
H28642 0.10728 T12 Resultant 6.30
H28643 0.1092 T1 Resultant 6.63
H28643 0.1092 T12 Resultant 5.97
H28644 0.10912 T1 Resultant 6.27
H28644 0.10912 T12 Resultant 6.84