Sentence examples for behavior of whole systems from inspiring English sources

Most of the major advances in science and technology since 1914 have been in this invisible realm, which Fuller calls "synergy" — a term that can be defined as the behavior of whole systems in ways unpredictable by the individual behavior of their sub-systems.

It is behavior of whole systems that cannot be predicted by behavior of the individual parts of that system when observed separately.

The controlling parameters on the relative permeability behavior of whole system include the internal arrangement, permeability values and length of cores.

Depending on the amount of excitation, joints can dramatically change the dynamic behavior of the whole system, and the modeling of this type of constraint is therefore crucial for a correct prediction of the amount of vibration.

The sequencing of cancer genomes to identify the mutations driving the cancer represents a third such systems approach of how changes in one part of the system affects the behavior of the whole system.

Then, the behavior of the whole system emerges from the interaction of particles.

The hot corrosion degradation mechanism of the NiCoCrAlYSiB coatings and the influence of the substrate materials on the behavior of the whole system were also investigated.

Additionally, when comparing models (problems), it is important to recognize not only the change of each local principle/law and its consequence, but also the change of the global principle/law which dominates the behavior of the whole system.

on the shear behavior of the whole system, the main challenge being the proper (numerical) integration of fracture networks in reservoir simulators.

To date, few studies have assessed the potential role of the DZ characteristics (anisotropy, complex spatial distribution, etc.) on the shear behavior of the whole system, the main challenge being the proper (numerical) integration of fracture networks in reservoir simulators.

In order to gain some understanding of how such global ecosystems function, one important approach is to analyze in detail representative components of these interactions, and then propose hypotheses applicable to the behavior of the whole system.