Examples including both liquid (1-methylnaphthalene/isooctane) and solid (V/δ-Al2O3) systems were used to compare the effectiveness of these methods.
With various examples including both structural and non-structural problems, the proposed method is found to yield quite accurate results and to be efficient.
Effectiveness and efficiency of the proposed method is demonstrated with several 2D and 3D examples including both mechanical and heat conduction problems.
Examples include both catastrophic (e.g. volcanic eruptions, landslides, tsunami) and non-catastrophic changes (e.g. dune formation and movement, frozen ground activity, and lake level fluctuations).
Extensive one- and two-dimensional numerical examples, including both incompressible and compressible flows, with or without shocks, are employed to explore the utility, test the resolution, and examine the stability of the present CFOR-Hermite scheme.
Numerical examples, including both benchmark cases and practical engineering problems, demonstrate that the SNS-FEM possesses the following important properties: (1) temporal stability; (2) super accuracy and super convergence; (3) higher computational efficiency; (4) insensitive to mesh distortion.
Examples include both cas3 and cse1 pseudogenes adjacent to apparently intact Ecoli CRISPR/cas subtype in 9 of the 16 Salmonella genomes (allowing subtype identification) (Figure 2).
Even in legumes that normally produce nodules through infection threads, rhizobial infection and subsequent nodulation via crack entry has been observed; examples include both papilionoids (e.g., Trifolium, Lotus) and mimosoids (e.g., Neptunia, Mimosa) [reviewed in 41], [ 48], [ 49].
Table 4 gives some examples, including both our original and our updated sample size estimation, and shows the effects of variation in variables on the sample size.
28 Anions have also been shown to direct the observed distribution within a family of metal complexes composed of a mixture of ligands, with examples including both terpyridine 29 and bipyridine 30, 31 systems.
In addition to the environmental effects mentioned above, a large number of diseases and disorders can lead to more or less rapid weight gain or loss; examples include both somatic (e.g. infectious diseases, tumour cachexia, gastrointestinal disorders) and neuropsychiatric (e.g. anorexia nervosa, depression, dementia) disorders.
