Sentence examples for capabilities of simulating from inspiring English sources

An integrated symbolic-numerical-graphical package devoted to the analysis of plate/beam-type structures and its meta-heuristic optimization is implemented, with capabilities of simulating active multilayered structures, constituted by a variable number of different material models.

In particular, the paper illustrates two applications of a VCB model, which show the model capabilities of simulating TRVs due to opening/closing operation, namely the switching of large electrical motors and the switching of cables collecting offshore wind farms (OWFs).

To this end, a dynamic simulation-based model has been developed with the capability of simulating the satellite performance characteristics, EO mission requirements and supportable performance by the platform under various circumstances and throughout the satellite lifetime.

Rotor orbit plots confirm the model's capability of simulating the characteristic motions of rotor delevitation.

RFPA code has the capability of simulating the whole fracturing process of initiation, propagation and coalescence of fractures around excavations.

An unstructured, three-dimensional, moving-mesh algorithm is developed for free-surface flows with the capability of simulating large deformation.

However, in the preliminary analyses, beyond the yield limit of the steel profiles, the numerical models did not show the capability of simulating the experimental records.

The adhesive layer is modeled by using the cohesive interface elements with the capability of simulating the damage initiation and evolution mechanisms of adhesives.

A vertical (laterally integrated) two-dimensional hydrodynamic model was expanded to include the capability of simulating river loops as well as tributaries.

In the last case, FemLab's capability of simulating 3D problems is shown by a dynamic combined heat and moisture transport problem.

The model's salient features are a detailed structural description of the skin layers, a combination of first-principles based transport equations and empirical partition and diffusion coefficients, and the capability of simulating a variety of exposure scenarios.