Sentence examples for challenging phenomena from inspiring English sources

Probabilistic uncertainty and imprecision in structural parameters and in environmental conditions and loads are challenging phenomena in engineering analyses.

Causal theories allow convenient formalization of such challenging phenomena as indirect effects of actions (ramifications), implied action preconditions, concurrent interacting effects of actions, and things that change by themselves.

This elaborated sequencing strategy is straightforward and allows for an unambiguous sequence analysis and interpretation including sometimes challenging phenomena such as point and length heteroplasmy that are relevant for the investigation of forensic and clinical samples.

The existence of different crystalline forms (polymorphs, hydrates, and solvates) represents one of the most challenging phenomena in solid-state chemistry and related sciences, since we are still not able to predict the number of practically relevant forms and the conditions under which these can be grown or exist.

A methodology for investigation of this challenging phenomenon is drawn up and a mathematical model is worked out.

The interaction of walking people with large vibrating structures, such as footbridges and floors, in the vertical direction is an important yet challenging phenomenon to describe mathematically.

Aging is a complex and challenging phenomenon that requires interdisciplinary efforts to unravel its mystery.

A challenging phenomenon is that, frequently, patient cohorts exhibit heterogeneity in their molecular profiles.

For HP inheritance, a challenging phenomenon to interpret using currently understood mechanisms of gene expression control, we suggest that overloaded mRNA decay may be involved in mediating HP inheritance patterns for at least some highly-expressed genes.

Being motivated by this example, we investigate these challenging and interesting phenomena and aim for obtaining the existence and differentiability with respect to parameter of the periodic solution of (1.1).

Chemoresistance is a very challenging and complex phenomenon involving a number of complex mechanisms.