Sentence examples for incorporating size from inspiring English sources

To accomplish this purpose, the newly proposed unconventional continuum theory namely as the nonlocal strain gradient theory incorporating size effects more comprehensively is adopted to the refined exponential shear deformation plate theory.

Here, nanofabrication of metallic glasses through the bottom-up approach incorporating size-controlled metallic clusters is proposed.

In this context, a kinetic model for ball milling, which incorporates size and fracture energy as descriptive variables, was developed.

Based on the nonlocal Kirchhoff plate theory which incorporates size effects into the classical theory, the natural frequencies of the mass sensor are derived using the Galerkin method.

The definition and magnitude of the intrinsic length scale are keys to the development of the gradient plasticity theory that incorporates size effects.

Based on the nonlocal Kirchhoff theory of plates which incorporates size effects into the classical theory, the natural frequencies of a nanomechanical sensor are derived using the Galerkin method.

This arbitrary classification has been used in previous studies with this group, e.g. [19], [24], [34] and was the only way to incorporate size in this work given the information available.

PHENIX does not solve problems associated with how to measure size, but it provides a framework to incorporate size once it has been measured.

We also chose this approach over a method that incorporates size as a continuous variable (such as selection gradients) because it can account for variation in probability of capture and emigration.

Data on epiphyte abundance have been analysed with χ tests as well but they also have been analysed, like richness and fitness data, with non-parametric ANOVA-style tests and general linear models with host identity as an explaining variable (these models may also incorporate size and other covariates).

We proposed a model that incorporates size-dependency of single nanofibers to predict the scaffold effective modulus, in which the fibers' random or orientation distribution are considered.