Final_Project
#Problem 1
1.a
b. We used the Monte Carlo method for this part of the problem in order to determine the mean and standard deviatrion for the maximum deflection if b and h are normally dist. with q=50N/m.
#Problem 2 in order to solve for the system of equations for 6,10,20 segments, the following functions were used:
central_difference_6q.m
central_difference_10q.m
central_difference_20q.m
![alt text] (https://github.uconn.edu/nam12022/Final_Project/blob/master/Problem2graph.png) #Problem 3 in order to solve for the system of equations for 6,10,20 segments, the following functions were used:
central_difference_6p.m
central_difference_10p.m
central_difference_20p.m
![alt text] (https://github.uconn.edu/nam12022/Final_Project/blob/master/Plot3a.png) ![alt text] (https://github.uconn.edu/nam12022/Final_Project/blob/master/plot3b.png) ![alt text] (https://github.uconn.edu/nam12022/Final_Project/blob/master/Plot3c.png) #Problem 4
These the 6 segment beam yielded frequencies: f1 = 141.7854 f2 = 529.1503 f3 = 1.0583e+03
These the 10 segment beam yielded frequencies: f1 = 143.8803 f2 = 561.4373 f3 = 1.2118e+03
These the 20 segment beam yielded frequencies: f1 = 144.7715 f2 = 575.5213 f3 = 1.2816e+03 ![alt text] (https://github.uconn.edu/nam12022/Final_Project/blob/master/Prob4.png)