Effect of obtaining the correct evaporative response on TNE cycles. Results for steady footpoint heating. The panels show the time evolution of the temperature as a function of position along the loop obtained in two different simulations, each run with the same spatial resolution of 500 grid points along the length of the loop (coarse resolution – 360 km). Left and right-hand panels: Lare1D and LareJ (Lare1D with the UTR jump condition method) solutions, respectively. On the right of the 2D plots, we display the evolution of the coronal averaged temperature (computed by spatially averaging over the uppermost 25% of the loop).