Error using horzcat Dimensions of matrices being concatenated are not consistent.

Question

ASHA RANI 2021-5-30

0
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https://ww2.mathworks.cn/matlabcentral/answers/843650-error-using-horzcat-dimensions-of-matrices-being-concatenated-are-not-consistent

评论： ASHA RANI 2021-5-30

I want to find value of r for corresponding value of OG. but I am not able to get output. I recieved" Error using horzcat Dimensions of matrices being concatenated are not consistent". How to solve this problem. PLz help

clc
clear all
close all
W=[]; 
format shortG
syms AX0 OG
E=0;
   
   
  
 
      ET=sqrt(-1);
      A11 = 17.8*10^10;
      A33 = 18.43*10^10;
      A13 = 7.59*10^10;
      A56 = 1.89*10^10;
      A55 = 4.357*10^10;
      A66 = 4.42*10^10;
      A65 = 1.99*10^10;
      B77 = 0.278*10^9;
      B66 = 0.268*10^9;
      AJ= 0.196;      
      RO=1.74*10^3;    
      K1 =A56-A55;    
      K2 = A66-A56;  
      CHI =K2-K1 ;
      OG=[2:2:10];
      for h=1:length(OG)
         
      NON(h)=CHI*E.*OG(h);
      NA55(h)=A55-NON(h);
      NA33(h)=A33-NON(h);
      NB66(h)=B66-AJ*NON(h);
      NA11(h)=A11-NON(h);
      NA66(h)=A66-NON(h);
      NB77(h)=B77-AJ*NON(h);
      
      %AP1=(A13+A56)./NA55;
      AP2(h)=NA11(h)./NA55(h);
      AP3(h)=A33./NA55(h);
      AP4(h)=NA66(h)./NA33(h);
      AP44(h)=A33./NA33(h);
      AP6(h)=(AJ*A33)./NB66(h);
      AP7=K2/K1;
      AP8(h)=(A13+A56)./NA33(h);
      AP9(h)=NA11(h)./NA33(h);
      %AP10=NA66./NA55;
      %AP11=K1./NA55;
      %AP12=A65./NA55;
     
      AP23=NA55/K1;
      AP24=NA11./K1;
      AP25=A33/K1;
      AP26=(A13+A56)/K2;
      AP27(h)=NA55(h)./NA33(h);
   
     CHK(h)=(AJ*AX0*A33)./OG(h);
     AP5(h)=(NB77(h)+CHK(h))./NB66(h);
     AP30(h)=sqrt(CHK(h)./CHI);  %value of 1/k
     AP31(h)=1./AP30(h);         %value of k
     B1OKS(h)=AP2(h)-AP3(h).*AX0;
     B2OKS(h)=AP4(h)-AP44(h).*AX0;
     B3OKS(h)=AP5(h)-AP6(h).*AX0;
     
     BLOKS(h,:)=([B1OKS(h);B2OKS(h);B3OKS(h)]);
     BLOK(h,:)=[sqrt(B1OKS(h));sqrt(B2OKS(h));sqrt(B3OKS(h))];
     
     
     BLOKC(h,:)=(BLOK(h,:)).^3;
    for z=1:3
   
    
    %
    AZT(h,z)=ET*BLOK(h,z)./AP7;  % value of xi
      
    ANT(h,z)=AP26.*BLOK(h,z);% value of eta/k
 
    A(h,z)=ET*A13-BLOK(h,z).*AZT(h,z)*A33;
    B(h,z)=ET*AZT(h,z)*A56-BLOK(h,z)*A55+K1*ANT(h,z);
    C(h,z)=-BLOK(h,z).*ANT(h,z).*AP31(h)*B66;
    end
     
   AU(AX0)= A(:,1).*B(:,2).*C(:,3)-A(:,1).*B(:,3).*C(:,2)-A(:,2).*B(:,1).*C(:,3)+A(:,2).*B(:,3).*C(:,1)+A(:,3).*B(:,1).*C(:,2)-A(:,3).*B(:,2).*C(:,1);
   r=(double(solve(AU(AX0))));
   W=[W r]
      end
        