The proposed shear stiffness reduction factor and load–slip expression can take into account the influence of tension force and peak slip, and thus give more reasonable predictions of shear stiffness and load–slip curve under shear loading and under combined loading.
When we used modified assumptions on the basis of emergent information on the novel pandemic influenza, more reasonable predictions resulted than when we used default assumptions derived from previous pandemics.
The influence of the lift and drag terms on the BEM-CFD predictions suggest that more reasonable 2D predictions for hydrofoils and the 3D effects should be considered to improve the BEM-CFD accuracy.
When using the epi - G kernel, on the other hand, the proportion of phenotypic variation explained by epigenetic polymorphisms seemed more reasonable, and predictions obtained using this kernel gave a better predictive correlation than when using the P kernel (Corr (y, y ^ ) = 0.384 ).
The results demonstrated that the model, which considers dynamic variations in soil saturated hydraulic conductivity and soil erodibility, can provide more reasonable runoff and erosion prediction results for saline-sodic soils.
Regular monitoring of inflammatory markers is more reasonable for accurate clinical prediction.
Compared with previous work, where a site saturation assumption is generally made, the prevalence of continuous nucleation deduced using the present model prediction seems more reasonable.
The field case study shows that those shape factors are able to provide more accurate parameters for compressible fluid productivity prediction and more reasonable theoretical basis for the correct interpretation of well testing.
In other words, using tertiary structures rather than quaternary structures is more reasonable for the analysis and prediction of epitopes.
Considering random distribution of particles, the obtained results provide more realistic and reasonable predictions of the combustion physics compared to the results of the uniform distribution of particles.
