Sentence examples for development of simulation methods from inspiring English sources

There are presently two separate streams of literature covering the development of simulation methods.

This is followed by a discussion of the key areas for the continued development of molecular simulation methods toward the goal of providing these methods as powerful tools to guide the design of biomaterial surfaces to control protein adsorption behavior for a broad range of applications in biomedical engineering and biotechnology.

The development of computer simulation methods has proceeded in parallel with those in other areas of computing.

This leads to development of fast simulation methods.

The development of numerical simulation methods for this impact scenario using the commercial explicit finite element code LS-DYNA is described in detail.

Data from more than 900 fields of view, acquired as focus-stacks from 82 specimens, were available for the development of the simulation method.

The proposed results are generalized for two- and three-dimensional filtration models in reservoir engineering using vertical and horizontal wells, which greatly facilitates the statement and development of simulation and optimal control methods for reservoir engineering in general (see Akhmetzyanov (2008a,b)).

Herein we describe recent progress in our group in the development of multi-scale simulation methods for the calculation of NQEs and accurate computation of KIEs.

Development of more efficient simulation methods is needed to make such large scale investigations feasible.

This work has been supported by the Deutsche Forschungsgemeinschaft DFGG) as part of the project DiER MoSiS (Discrete Event Multi-level Modeling and Simulation for Systems Biology) and the research training group dIEM oSiRiS (Integrative Development of Modeling and Simulation Methods for Regenerative Systems).

The advent of fabrication technology [6 8] together with development of simulation techniques such as finite element method (FEM) and finite difference time domain method (FDTD) have led to a revolution of metamaterials in controlling and manipulating acoustic waves in new ways not previously imagined [9, 10].