Sentence examples for applicable to predicting the from inspiring English sources

The compression-bending curves obtained for various ratios of tube cross-section and strength to that of plate show that a linear interaction formula is applicable to predicting the plastic interaction behaviour of sections with high ratios while sections with lower ratios are closely predicted by a bilinear interaction formula.

Although our previous pilot result showed that changes of plasma phosphate, HB, urea, glucose and lactate levels in FHF patients were consistent with those of FHF mouse model, it is unknown whether the scoring system based on the five metabolites would be applicable to predicting the prognosis FHF seen in clinical practice.

The extended swelling prediction model is applicable to predict the swelling due to full hydration for mixtures within the full range of sand content, and is verified by the swelling tests on bentonite sand mixtures with various sand contents.

The analysis based on ACI and Eurocode approaches show that the current formulae are tentatively applicable to predict the resistance of the double skin structures filled with ULCC.

The rule of mixtures was found to be applicable to predict the compression behaviors and the appropriate compacting pressures of titanium/carbamide powder mixtures.

The results show that the ANN can be optimized very well by the GA and the designed ANN is very accurate and applicable to predict the apparent parameters.

In addition, this result can be applicable to predict the decomposition stages under clay loam based soil conditions of animal livestock.

The present results are comparable to the experimental observations of Yaman et al. [4,23], indicating that the present approach is applicable to predict the effective mechanical properties of concrete in both dry and saturated states.

The presented method is less time consuming in comparison to the FEM and is applicable to predict the DTLs of a laminate family when the interlaminar shear strength is given.

It has been clarified from these studies that our proposed method is applicable to predict the tensile and flexural fatigue strengths for unidirectional CFRP using PAN-based carbon fiber and epoxy resin.

Comparing aeroelastic galloping amplitudes with those predicted by the quasi-steady theory shows that the quasi-steady theory is applicable to predict the variation trend of the galloping behavior induced by both forward and backward inclinations, although it is unable to give accurate predictions on galloping amplitudes of all the inclined cylinders.