Further experiments using this method provide initial evidence that infants' enumeration mechanism operates in parallel and yields increasingly accurate numerical representations over time, as does the enumeration mechanism used by adults in symbolic and non-symbolic tasks.
To validate the increasingly used numerical models for optimization and verification of the designs subjected to bird strike, initial (calibration) tests are a necessity prior to full scale testing.
However, the Johnson Cook constitutive model had been the workhorse for engineers and analysts when simulating such events, and it is readily available in the increasingly widespread numerical packages.
Consequently, research efforts are increasingly focused on numerical approaches.
With the development of increasingly powerful computers, numerical simulations of various approximations to the Navier Stokes equations began supplementing these tools.
Workers whose output is tangible and measurable — how much garbage is picked up, how many streets are cleared of snow — are increasingly evaluated according to numerical goals.
There, researchers have usually aimed for a deterministic solution: a single scenario for how climate will respond to inputs such as greenhouse gases, obtained through increasingly detailed and sophisticated numerical simulations.
Nowadays, fire safety engineers are increasingly relying on sophisticated numerical simulators, typically based on Computational Fluid Dynamics (CFD) solvers, to conduct their analyses.
Even in countries where clergy provided legitimacy for authoritarian rule, however, the Church has retained a great deal of popular legitimacy because of Catholicism's numerical dominance (increasingly challenged by Evangelicals) and the Church's considerable charitable infrastructure.
As computational fluid dynamics matures, researchers attempt to perform numerical simulations on increasingly complex aerodynamic flows.
