Our modeling effort has included extensive use of observational data for model calibration and validation; e.g., dissolved and particulate organic nitrogen [19], basin-scale chlorophyll distribution [21], nitrate and ammonium uptake, and ammonium regeneration [20].
Although the modeling effort has focused on helicopter main rotors, the theory is generally valid for a wide range of rotor configurations.
While much theoretical and computational modeling effort has gone into describing the ideal, time-independent behavior of these materials, viscoelasticity is a crucial component of the observed mechanical response and hence has a significant effect on electromechanical actuation.
7, 11, 15, 22 A considerable modeling effort has been expended to understand the formation mechanisms of the immunological synapse, particularly for the T cell synapse, 4, 9, 10, 16, 22, 23, 25, 26, 33 and to a lesser extent the B cell synapse, 15, 18, 31, 32 although many aspects of synapse formation still remain unresolved.
The data modeling effort has played a key role in the Virtual Observatory project, and contributed to the effort to build a common reference framework to describe the necessary information attached to astronomical data: the metadata.
A comparison is made with traditional modeling efforts having this form of dynamic model.
A number of previous modeling efforts have been made to incorporate Purkinje-like networks into ventricular models.
Previous modeling efforts have already highlighted the difficulty of reaching the 2˚C goal.
Nevertheless, so far no modeling efforts have been found on the subject.
Recent modeling efforts have also focused on CO/CO2 and lignocellulosic sugar utilization for the production of advanced biofuels and chemicals.
Previous modeling efforts have not incorporated the dynamics of PTH by closely observing the interactions between the extracellular ionized calcium with the fluctuations of PTH.
