We have an assembly with a steel rod AB and an aluminum BC, each having a cross sectional area shown in Figure 2. If the assembly is subjected to axial loadings at point A and B shown in Figure 1, Determine the displacement of rod BC and the deformation of rod AB. The original length of each rod is shown in Figure 1. Show manual integration for area under the parabola must be shown E. = 200 GPa. Ed = 70 GPa
We have an assembly with a steel rod AB and an aluminum BC, each having a cross sectional area shown in Figure 2. If the assembly is subjected to axial loadings at point A and B shown in Figure 1, Determine the displacement of rod BC and the deformation of rod AB. The original length of each rod is shown in Figure 1. Show manual integration for area under the parabola must be shown E. = 200 GPa. Ed = 70 GPa
International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter9: Moments And Products Of Inertia Of Areas
Section: Chapter Questions
Problem 9.49P: Determine the dimension b of the square cutout so that Ixy=0 for the region shown.
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We have an assembly with a steel rod AB and an aluminum BC, each having a cross sectional area shown in Figure 2. If the assembly is subjected to axial loadings at point A and B shown in Figure 1, Determine the displacement of rod BC and the deformation of rod AB. The original length of each rod is shown in Figure 1. Show manual integration for area under the parabola must be shown
E. = 200 GPa. Ed = 70 GPa
Transcribed Image Text:B
20 EN
3 N
3m
Figure 1
Parabola:
y =
-
3
0,
2
V3
0.
The parabola intersects
with the circle at the 2
given points
Circle:
(+-1
Figure 2
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