The analytical model also provides a better physical understanding of the thermal process in metal cutting.
Solutions of the analytical model also provide the necessary understanding of system properties in the process of establishing numerical models.
The comparison proved that the analytical model also has a very high accuracy and, moreover, its application is not limited by the selected ranges of factors.
The obtained responses when simulating two extreme wetting scenarios, fast or slow wetting, using Code_Bright and the analytical model also show good agreement.
The analytical model also accommodates the direct and quick calculation of air and water temperature profiles, moisture content of air and the water mass flow rate change along the vertical length of the RUCT.
To evaluate the proposed location management scheme, we establish an analytical model, also formulate the location update and the paging cost, and analyse the influence of the different factors on the total signalling cost.
Further, the analytical modelling also reveals that the model is useful in describing the strain distribution history in the primary yarns in each layer of fabric in the panel.
The numerical solution of the equations from our analytical model also gives the same optimal value.
The numerical solution of the equations from our analytical model also gives the optimal value to be equal to 30.
The presented analytical model also enables to enforce specified upper bounds on the mean nrtPS packet delays at every SS in a specified range of loads.
The analytical model also examines the interference tolerance among PUs and SUs as well as the impact of SUs residual self-interference.
