Essentially, I want the sum of moments about this shaft
My assumptions is it would be something like:
Summing moments at 0
M=-Fp(a)+R1(b)+R2(c)-R3(d)+Fg(e)
but instead I want to formulate it as a function of x where I can write it as shown in the formulas above, M(x)=R1x-w(a+x)^2/2
If I do...
I am looking to solve the Mx moment equation in terms of x for the same scenario in the situation posted above, but with the uniform load replaced by two point loads at each end of the overhangs. This is what I am trying to formulate:
these two point loads are overhanging the same distance from...
This formula works for a beam with one uniformly distributed load... How would I apply the same technique to get the bending moment equation in terms of x for the same type of scenario with a point load before R1 and after R2 at each end of the overhangs? Would I simply add a term for each the...