Sentence examples for applicable for predicting the from inspiring English sources

For wavenumbers where acoustic circulation takes place, it is shown that the previously published formulae are not applicable for predicting the average radiation efficiency for a strip.

Based on their analytical results, the modified compression field theory was determined to be applicable for predicting the shear behavior with an effective estimation of the reorientation of the compressive struts with an increase in the load.

Therefore, Fig. 4b is an explicit wetting state phase diagram for the nanohole-patterned analytical model and is applicable for predicting the initial wetting state under the circumstance of a water droplet sitting on different sizes of nanohole-patterned surfaces.

Therefore, with some degree of limitation, the three-layer model can be applicable for predicting the transport rates of stationary solids beds in inclined channels for both Newtonian and power-law fluids.

It was shown that 1) the construction of the wall was successful with the desired level of air-tightness and 2) the simulation model by a commercial software is applicable for predicting the hygrothermal performance of the wall with the envelope system in the actual use condition.

This study has demonstrated that the Rx-Defined Morbidity Groups are applicable for predicting the total cost and the medication cost in a universal health insurance system.

The aim of this paper is to present a simple and applicable model for predicting the dynamic behavior of bolted joints in hybrid aluminum/composite structures and its model updating using modal test data.

The precrack, variation of surface hardness and surface residual stress were considered to be parameters applicable in formulas for predicting the fatigue limit of prestrained carbon steels.

Then it has been validated that the present model is applicable and adaptable for predicting the characteristics of smoldering combustion and thus SHS process.

This increase in the mean free path increases Knudsen number; hence the continuum approach for predicting the thermal characteristics of air would not be applicable.

The proposed model is applicable for predicting gas density in the range of (250 450) K, (10 150) MPa and also for sweet gases, i.e., containing a low concentration of N2 and CO2.