The atmospheric radiative transfer simulator (ARTS2) (Eriksson et al. 2011) is used as forward model to simulate atmospheric radiative transfer and calculate an ozone spectrum for the modelled atmosphere by using an a priori ozone profile.
The results demonstrated the capability of the model to simulate soil erosion and sediment transport in terms of the match between the measured (2669 kg ha−1) and modelled (2196 kg ha−1) sediment loads via surface runoff and the measured (2937 kg ha−1) and modelled (2245 kg ha−1) loads via drainflow during the validation period of 7 months.
The close match between the modelled results and the actual data demonstrates the ability of the integrated model to simulate thermal-pile systems with a reasonable level of accuracy.
A number of testing models have been generated and validated during the 2D thermal modelling in order to simulate a fit between the measured and the modelled temperatures in the Årvollskogen borehole.
Some researchers relied on experimental data correlation while some modelled the slug flow to simulate the behaviour sufficiently accurately to estimate pressure drops.
This modelled building was used to simulate, with Design Builder software, in real condition and with different solutions for interventions in facades, to predicting the thermal performance achieved for each one.
The resulting models have strong abilities to simulate possible contagious failures in the modelled network topologies.
Cauliflower ware, in pottery, creamware modelled and glazed in green and yellow to simulate a cauliflower, the term also applying to other fruit or vegetable forms.
In this paper, the supercritical carbonation process of cement-based materials is modelled by introducing a random porosity field to simulate the heterogeneous geometry of the carbonation profile.
The additional influx is modelled using a built-in continuous function to simulate a step function.
