The results were modelled, and the model allowed finding formulations matching all initial requirements.
The model allowed performing the seismic evaluation of the precast ferrocement house under seismic activity.
The model allowed the analysis of several growth setup designs and selection of an optimal configuration.
The model allowed independent movement of the bones adjacent to the cranial sutures in response to the stimulated orthopedic forces.
The application of the model allowed the determinati of the influence of the operative parameters on the process under examination.
The model allowed us to estimate the influence of each specific effect and to investigate the interplay of the positive and negative directions of the effects.
The model allowed analysis of the direct and indirect effects of the ECB's money injection policy on the real and financial investments of the economic agents.
The model allowed the elimination of noise, the simplification of the data structure, and the detection of stationary components liable for identification.
The application of the model allowed for the theoretical calculation of the optimal set of conditions that were T = 70 °C and t = 73.0 min.
The model allowed evaluating the performance of the system, and it was further compared with the experimental test results to analyze its validity.
With these data the model allowed frequency dependent backscattering coefficient of the simulated bone structure and its statistical properties to be determined.
