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## Equations

Equations: 16
Note 3: In equations 'E' means explicit,'I' implicit,'L' linear,'F' function
[E-1] u_real[1] = linearInterp1D(tab1, TIME)
[E-2] V = u_real[1]
[E-3] u_real[2] = linearInterp1D(tab2, TIME)
[E-4] qe = u_real[2]
[E-5] y_real[1] = linearInterp1D(tab3, TIME)
[E-6] y_real[2] = linearInterp1D(tab4, TIME)
[E-7] F = a * k * sqrt(h) / 100
[E-8] h' = (qe - F) / A
[E-9] T' = (qe * rho * cp * (Te - T) + 3600 * V * V / R - 3600 * Uamb * (T - Tamb)) / (A * h * rho * cp)
[E-10] F_optim[1] = J_costo
[E-11] F_optim[2] = CLASE.minabs(h, hmin) %%% (OUT VAR)hmin
[E-12] F_optim[3] = CLASE.maxabs(h, hmax) %%% (OUT VAR)hmax
[E-13] F_optim[4] = CLASE.minabs(T, Tmin) %%% (OUT VAR)Tmin
[E-14] F_optim[5] = CLASE.maxabs(T, Tmax) %%% (OUT VAR)Tmax
[E-15] y_modelo[1] = h
[E-16] y_modelo[2] = T