Sentence examples for development of simulation techniques from inspiring English sources

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].

JO contributed to the improvement of simulation techniques and software development.

The Mechanical Engineering Department has many faculty working at the forefront of simulation techniques from several groups.

While other tools support a variety of simulation techniques, PathwayOracle, alone, provides non-parameterized simulation capabilities.

Time resolved 3D measurements are required to further the understanding of turbulent combustion and to support the development of advanced simulation techniques such as LES.

The paper discusses some of the recent developments in simulation techniques of thermal processes such as grid refinement, grid orientation, effect of temperature on relative permeability, mathematical models, and solution methods.

VERTEX is easily customisable, and makes use of recent developments in simulation techniques and insights from our experiments with simplified neuron models to reduce simulation times for LFPs generated by large networks.

The methodology presented in this work is also a contribution to the development of multi-scale simulation techniques whereby volume-averaged parameters calculated at one spatial scale are used as input values for simulations at a larger scale.

Virtual prototyping is the result of the extraordinary development of the capabilities of numerical simulation techniques.

Recent developments in molecular simulation techniques provide estimates of data, and valuable new insights, in the design of processes using zeolite adsorbents or catalysts.

The Manufacturing Engineering Research Centre (MERC) of the University of Strathclyde is one of several locations for the research and development of high-precision material-conversion processes: the focus at MERC has been on the development of experimental and numerical simulation techniques, new forming-configurations and the development of industrial applications.