Direct Integration Method for Deflection

AI Thread Summary
The discussion focuses on calculating the slope and deflection of a 4m beam fixed at one end and subjected to a 50KN*m clockwise moment at the free end. The relevant equation used is the second derivative of deflection, d2y/dx2 = M/EI. The reaction moment at the fixed support is identified as 50KN*m, with no other forces acting on the beam. The user seeks guidance on formulating the equation for the moment along the beam and successfully derives the necessary function. The expected results for slope and deflection are .0174 rad and 34.8 mm, respectively.
craig22
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Homework Statement


I'm given a 4m long beam that is fixed to a wall at the left end and is free on the other end. There is an external 50KN*m clockwise moment acting on the free end. I need to know the slope and deflection of the free end.


Homework Equations


d2y/dx2=M/EI



The Attempt at a Solution


I know that the reaction moment at the fixed support is 50KN*m. There are no x or y direction components, so all I have to work with are the moments. When I pass a section through the beam, how do I get my equation together from there?

The answers are supposed to be .0174rad and 34.8 mm
 
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Presumably, you know E and I, or the product EI.
Let x=0 at the fixed support, and x=4 at the free end. Can you write down the function for M at x?
 
I figured it out, thanks
 

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