design of a specific matlab code for processing of standar tensile test data for sheet metal forming simulation
Full description
Nonlinear Companding Transform for Reduction of Peak-to-Average Power Ratio in OFDM Systems
function f=bar E= input('Enter modulus of elasticity E [N/m^2 [N/m^2]] =.....'); =.... .'); A= input ('Enter area of cross section A [mm^2]=.....'); L= input ('Enter length of bar L [ mm]=..... mm]=.....'); '); n= input('Enter number of Elements n=.....') l=L/n; konst=(E*A)/l; xke=zeros(2); %local stiffness matrix xke(1,1)=1*l; xke(1,2)=-1*l;xke(2,1)=-1*l;xke(2,2)=1*l; xke(1,2)=-1*l;xke(2,1)=-1*l;xke(2,2)=1*l; xke xue=zeros(2,1); %local stiffness matrix xue(1,1)=1*l; xue(2,1)=-1*l; xue dof= input('Enter number of Dof per eliment Dof=.....') gdof=(dof*n)+1 xk=zeros(gdof); for k=1:n % code numbers of k-the element ic=[k k+1]; % assembling xk(ic,ic)=xk(ic,ic)+xke; end xk; K=xk*konst force=zeros(gdof,1) n1= input('applied load at node n1=.....') P= input('applied load at nodes P=....')
