Question

Consider the truss illustrated in figure 1. 2 m A 1 m B 1 m 1 m 1 m D E P Figure 1: The studied truss Write a matlab function who's inputs are: \begin{itemize} \item The cross sectional area of each bar \item The modulus of elasticity of each bar \item The maximum allowed horizontal displacement of point E. \item The maximum allowed normal tensile stress in each bar \end{itemize} The outputs of the matlab function are: \begin{itemize} \item The load P that generates the maximum allowed displacement at E \item The actual stress generated by P in each bar \item A message that shows if the design is safe or not along with the factor of safety. \end{itemize}

          Consider the truss illustrated in figure 1.
2 m
A
1 m
B
1 m
1 m
1 m
D
E
P
Figure 1: The studied truss
Write a matlab function who's inputs are:
\begin{itemize}
    \item The cross sectional area of each bar
    \item The modulus of elasticity of each bar
    \item The maximum allowed horizontal displacement of point E.
    \item The maximum allowed normal tensile stress in each bar
\end{itemize}
The outputs of the matlab function are:
\begin{itemize}
    \item The load P that generates the maximum allowed displacement at E
    \item The actual stress generated by P in each bar
    \item A message that shows if the design is safe or not along with the factor of safety.
\end{itemize}

Consider the truss illustrated in figure 1.
2 m
A
1 m
B
1 m
1 m
1 m
D
E
P
Figure 1: The studied truss
Write a matlab function who's inputs are:

* The cross sectional area of each bar

* The modulus of elasticity of each bar

* The maximum allowed horizontal displacement of point E.

* The maximum allowed normal tensile stress in each bar

The outputs of the matlab function are:

* The load P that generates the maximum allowed displacement at E

* The actual stress generated by P in each bar

* A message that shows if the design is safe or not along with the factor of safety.

Added by Kayla R.

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