NOTE Your MATLAB Assignment should clearly show your typed i

NOTE: Your MATLAB Assignment should clearly show your typed in name on the program as shown below. Use the format for the problems as shown below. Name of Student

Solution

clear all
clc
fprintf(\'Title:beam with point load at centre and two UDL at ends\ \');

%Dimensions
L=input(\'Length of the beam in m: \');
%Loads
w=input(\'Enter the Load in KN : \');
w1=input(\'Enter the Load in KN/m : \');
%Moments
Mc=((58*w*L)/(1215))+((11*w1*L^2)/(180));
Md=((10*w*L)/(54))-((Mc)/(2));
Mb=((w1*L^2)/(4))+((10*w*L)/(54))-((7*Mc)/(2));
Ma=((10*w)/(54))-((Mb)/(2));
%Reactions
Ra=((Ma-Mb)/(L))+((2*w)/(3));
Rd=((Md-Mc)/(L))+(w/3);
Rb=((Ma-Mc)/(L))-(2*Ra)+((5*w)/(3))+((w1*L)/(2));
Rc=((Md-Mb)/(L))-(2*Rd*L)-((4*w)/(3))+((w1*L)/(2));
i=0;
for X=0:0.01:(3*L)
    i=i+1;
    if X<(L/3)
        SF(i)=Ra;
        SF1(i)=0;
        BM(i)=(Ra*X)-(Ma);  
        BM1(i)=0;   
    elseif X>=(L/3)&&X<=L
        SF(i)=Ra-(w);
        SF1(i)=0;
        BM(i)=(Ra*X)-(w*(X-(L/3)))-(Ma);
        BM1(i)=0;
    elseif X>=L&&X<=(2*L)
        SF(i)=Ra-(w)+Rb-(w1*(X-L));
        SF1(i)=0;
        BM(i)=(Ra*X)-(w*(X-(L/3)))-(Ma)+(Rb*(X-L))-(w1*((X-L)^2)*0.5);
        BM1(i)=0;
    elseif X>=(2*L)&&X<=((7/3)*L)
        SF(i)=-Rd+w;
        SF1(i)=0;
        BM(i)=(Rd*((3*L)-X))-Md-(w*((2.33*L)-X));
        BM1(i)=0;
    else
       
        SF(i)=-Rd;
        SF1(i)=0;
        BM(i)=(Rd*((3*L)-X))-Md;
        BM1(i)=0;
   
    end
    end

X=0:0.01:(3*L)
%Plot Shear Force
subplot(2,1,1);
plot(X,SF,X,SF1);
title(\'Shear Force Diagram\');
xlabel(\'Length of the Beam in m\');
ylabel(\'Shear Force in KN\');

%Plot Bending Moment
subplot(2,1,2);
plot(X,BM,X,BM1);
title(\'Bending Moment Diagram\');
xlabel(\'Length of the Beam in m\');
ylabel(\'Bending Moment in KN-m\');