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013; %m3 dz=0.001; z(1)=1.; %données aux limites Tg(1)=Tgs ,
Tg et Ts en °C') figure(2); plot(z,W); xlabel('z') ylabel('W') figure(3); plot(z,X,z,Xeq); xlabel('z') ylabel ,
1*10^-6; %Pa.s a=700 ,
équation for i=2:n Vdot(4*(i-1)+1) = 1/eps*(-(V(4*(i-1)+1)*(u(i)-u(i-1))/dz+u(i, pp.4-5 ,
*(i-1)+2)*(u(i)-u(i-1))/dz+u(i), pp.4-5 ,
-eps)*rho_bois)*(-k(i)*(1-eps)*a*(V(4*(i-1)+3)-Xe(i))) ,
*(i-1)+4) = 1/((1-eps)*rho_bois, p.4 ,
*(q(i)*(1-eps)*rho_bois-(V(4*(i-1)+2)*Cp_air+V ,
*(i-1)+2)+eps*(lambda0+Cp_eau_vapeur*V(4*(i-1)+4))*Vdot ,