The new movement toward the representation of volume and spatial depth, by means of modelling and perspective, had its origins in Flemish and Italian painting.
Compared to the temperature distribution at the corresponding depth of model 1 (Fig. 6), only minor changes of the temperature distribution are observable for model 3.
It is also noticed from the variation of wind pressure coefficients on side walls at section x x across the depth of models at 0° wind incidence angle that in case of square-plan building model-Sq-1 (side ratio = 1), suction on side faces increases from windward to leeward edges.
First, our approach of modelling the depth of coverage prior using small windows is likely suboptimal.
The efficiency was studied as a function of the application mode, porosity of the brick models, bacterial cells viability, and depth of the models.
The effect of water depth on model residual was similar to 1 August; residual increased together with depth in the epilimnion, but the regression was not significant (F 1,5 = 6.36, r 2 = 0.560, p = 0.053) (Fig. 7).
In the first experiment we examined the effect of tree depth on model accuracy.
We first tested the influence of tree depth on model performance.
Likewise, the fixed value of depth of generated models is chosen according to the general depth of the models of the first experiment.
