Solving Shear Force & Moment Problem on Inclined Plane Angle 30

AI Thread Summary
The discussion focuses on solving a shear force and moment problem for an inclined plane at a 30-degree angle, specifically using the integral method. Participants emphasize the need to clarify what aspects of the problem need solving, including reactions, moment equations, and various diagrams. The importance of starting with the reactions at both ends of the incline is highlighted, noting that the left end is pinned while the right end is free to roll. Additionally, the conversation touches on the necessity of understanding the boundary conditions for accurate calculations. The overall goal is to comprehensively analyze the distributed load and its effects on the inclined plane.
kompheak vic
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Homework Statement


the distributed load the N V and Moment on the incline plan angle 30
solve by integral method
need solving this problem as example

Homework Equations





The Attempt at a Solution

 

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What do you mean by "solving the problem"? Reactions?, equations for M V N? M diagram? N diagram?, V diagram? deflected shape diagram? Or all those? Whatever, start with the reactions.
 
yes! all of those reaction, M V N equations by Integrated Method include diagram..
 
One has to look at the reactions at the two ends.

It appears the left end is pinned, and the right end is free to roll. What are the boundary conditions?
 

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