6G Up
3G Down
Aluminum 6061
Material
Force
Displacement, Max (in)
Aluminum
Polyethylene
Oak Wood
Modulus of Elasticity (ksi)
0.2316
0.4593
0.004556
0.008881
0.03330
0.06626
194.485
99300.000
1349.782
Density (lb/ft^3
56.123
169.180
34.960
Tensile Strength (ksi)
0.798
5.298
44.993
.36
.83
1.27
Cost Effect ($/lb)
Aluminum was chosen because of its high relative strength and modulus of elasticity; low deformation, low density for a metal; and moderate cost effect.
By Evan Moylan