- #1
mdub12
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http://www.flickr.com/photos/53948823@N08/6193375731/
I need to solve this problem but with member 2 as L+e instead of L, and omit the load..
Since I only see one degree of freedom, i don't know how to set up the matrix to solve for the 3 forces.
I have K11 = EA/L + (EA/(L+e))cos2(30) + EA/L cos2(60) but since there is only 1 DOF and no loads, i don't have much to make a matrix equation with..
I tried moving the roller to the right ecos(30) and trying to solve for the forces like that, but couldn't get much.. any ideas?
I need to solve this problem but with member 2 as L+e instead of L, and omit the load..
Since I only see one degree of freedom, i don't know how to set up the matrix to solve for the 3 forces.
I have K11 = EA/L + (EA/(L+e))cos2(30) + EA/L cos2(60) but since there is only 1 DOF and no loads, i don't have much to make a matrix equation with..
I tried moving the roller to the right ecos(30) and trying to solve for the forces like that, but couldn't get much.. any ideas?
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