Semi-circular beam and castigliano's theorum

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Discussion Overview

The discussion revolves around determining the equations for horizontal and vertical deflection of a semi-circular beam fixed at one end with a load applied at the other end, using Castigliano's theorem. The focus is on theoretical deflections and the application of moment deflections in both vertical and horizontal directions, as well as axial deflections.

Discussion Character

  • Homework-related
  • Technical explanation
  • Exploratory

Main Points Raised

  • One participant, Ash, seeks assistance in deriving the equations for deflection at any point on the beam, expressing difficulty in the process and a desire for detailed solutions.
  • Another participant questions the orientation of the semi-circular beam and the load's orientation, suggesting that these factors are crucial for solving the problem.
  • A later reply mentions the inability to provide a complete solution due to forum guidelines but expresses willingness to assist with the problem.

Areas of Agreement / Disagreement

Participants have not reached a consensus on the specifics of the problem, particularly regarding the beam's orientation and the load's application. Multiple viewpoints and clarifications are present, indicating that the discussion remains unresolved.

Contextual Notes

The discussion lacks clarity on certain assumptions, such as the specific orientations of the beam and load, which may affect the application of Castigliano's theorem. There are also unresolved mathematical steps related to deriving the deflection equations.

Dicko
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hey guys,
firstly i know this topic is on this website somewhere already but the answers were very good and not complete..

i need a had with this question:
first here's the situation...
semicircular beam fixed at one end with a load on the other...

how can i find out the equations of horazontal and vertical deflection at any point on the beam using castigliano's theorum with moment deflections in vertical and horazontal and axial deflections?

im finding it difficult and would really appreciate the help.. or even the answer :D with detailed solutions that follow working through..

i don't expect this.. but just really hoping for someone really brainy to come along and help me out before my deadline in 4 days..

thanks, Ash
 
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the attachment is the lab sheet with picture of the beam and its orientation.
if i can get workings for the theoretical deflections of anywhere on the beam, specifically the point where the load is acting, in both horazontal and vertical.
hope this makes things more clear..
thanks
 

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