Glide performance for a static planform and weight is easily calculated, but flying animals are more complex due to their ability to adjust span to change wing loading during glides and, during long transits, reduce weight as fat reserves are consumed.
In particular, we have a priori fixed a slip cycle, but the healing process should be more complex due to the fault rheology.
This approach has the advantage that it can be generalized to complex Hénon maps with a semi-parabolic fixed point [9], but the analysis in that case is much more complex (due to the loss of hyperbolicity) and requires several delicate arguments.
However, the participation of HRH within health systems has become more complex due to elements related to organizational complexities, the capacity to respond to an evident change in the population's epidemiological profile and labor market dynamics.
Note that fitness functions depending continuously on stabilities can be considered, but the resulting non-neutral evolutionary dynamics is significantly more complex due to population size effects [ 44].
In general, when compared to prokaryotic genomes, eukaryote genomes are larger and more complex due to the presence of non-coding sequences, low complexity regions, isochores and fragmented genes.
In the future, working in nursing homes is likely to become more complex due to a tendency towards more personal choice, an increased complexity of residents, and technological innovations.
In many industries, production distribution networks have become more complex due to globalization.
On decreasing pH the process becomes more complex due to the formation of In(I).
The particular blade architecture makes these simulations more complex due to the variety of phenomena induced by this flow.
