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How would I graph the shear lip % vs temperature overlapping both Aluminum and Steel in the same graph. 6061 Aluminum Temp. 6061 Aluminum Initial
How would I graph the shear lip % vs temperature overlapping both Aluminum and Steel in the same graph.
6061 Aluminum
Temp. | 6061 Aluminum | Initial Width | Impact Energy | Final Width | Change in Width |
Room Temp. | I | .3875 in | 32 | .3770 | .0015 35% |
Boiling Water | U | .3795 in | 18.5 | .3765 | -.0030 35% |
Acetone + Dry Ice | B | .3840 | 17 | .4845 | +.0005 35% |
Anti-Freeze + Dry Ice | M | .3750 | 17 | .3950 | +.0200 35% |
Ice Water | X | .3795 | 17 | .3845 | +.005 35% |
1018 Steel
Temp. | Sample Name | Initial Width | Impact Energy | Final Width | Change in Width |
Room Temp. | I | .3745 | 9.5 ft/lb | .3790 | .0045 35% |
Boiling Water | U | .3865 | 31 ft/lb | .3710 | .0155 45% |
Acetone + Dry Ice | B | .3760 | 4 ft/lb | .3715 | .0045 20% |
Anti-Freeze + Dry Ice | M | .3675 | 13 ft/lb | .3765 | .009 25% |
Ice Water | X | .3665 | 17.5 ft/lb | .3735 | .007 20% |
Temperatures of Each Sample
Ice Water: 0 degrees celsius, Dry Ice+Antifreeze: -33.8 degrees, Dry Ice+Acetone -76.50 degrees, Hot Water: 99.8 degrees Room Temp: 21 degrees
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