Sentence examples for numerous theoretical models from inspiring English sources

Numerous theoretical models of twDEP force fields have been created by using numerical simulation [ 108], Fourier series [ 109], Green's functions and theorem [ 110], and more recently the Schwarz Christoffel mapping (SCM) method [ 111].

Based on numerous theoretical models, most scientists agree on a general sequence of events during the universe's early development: Nearly 14 billion years ago, an immense explosion, now known as the Big Bang, threw off massive amounts of matter and energy, creating a rapidly expanding universe.

To explain the intriguing effect, numerous theoretical models have been proposed.

Numerous theoretical models have been developed to study the underlying selection dynamics.

However, sustained allele frequency oscillations of a particular allele, as predicted by numerous theoretical models assuming constant population size in the absence of any stochastic effects, have not been reported.

The related concept of staff turnover, or the rate at which an employer loses and gains employees (4, p. 1181), has generated numerous theoretical models that provide perspectives from the fields of economics, psychology, and organisational development (5– 11).

Although numerous theoretical and numerical models have been developed by previous researchers to understand the mechanism of enhanced heat transfer in nanofluids; to the best of our knowledge these models were limited to the study of either thermal conductivity or convective heat transfer of nanofluids.

While numerous theoretical and conceptual models suggest social evaluation anxiety would likely influence performance in simulation-based learning environments, there has been surprisingly little research to investigate the extent to which this is true.

In fact numerous physiological and theoretical models describe mechanisms, from broad neural systems to cellular perspectives, by which these brain structures enable efficient and accurate mnemonic functions.

Hence, FEM provides numerous theoretical techniques for modeling discrete and continuous structural systems (Rao 2011).

Personality variables have been considered as major determinants of delinquent behaviour in various theoretical models and numerous empirical studies.