Sentence examples for modelling of high from inspiring English sources

Fermentation results for different acidogenic microorganisms are presented and the kinetic modelling of high cell density recycling systems is discussed.

In this study, a fuzzy approach is presented for modelling of high strength concrete under uni-axial loading.

The numerical model is based on an incompressible Navier-Stokes flow solver with a hybrid detached eddy simulation (DES) approach for turbulence modelling of high Reynold number flows.

The observed differences are explained in terms of the absence of cooperativity effects for oligomeric chains used in molecular modelling of high molecular weight polymer blends.

In the study, three-dimensional finite element modelling of high frequency mechanical impact (HFMI) treatment is presented for butt joints of four strength grade materials (Q235B, AISI 1006, 45 Steel and AISI 2205).

In this approach, a hybrid turbulence model based on Reynolds average Navier Stokes (RANS) and large eddy simulations (LES) is implemented for modelling of high Reynolds number flows over free oscillating cylinders where near wall flow features are modelled with RANS and LES is employed for resolving wake dynamics.

However, accurate quantification and modelling of high-energy mechanical milling is still not available, even though several research groups have investigated these topics.

The numerical approach is intended for application within explicit finite element analyses and has been employed for modelling of high-velocity impact damage in laminated composite structures.

Mainly due to the complex thermodynamic modelling of high-pressure CO2-based mixtures containing supercritical components, none of the thermodynamic models present in the literature shows a sufficient accuracy level in describing both their low and high-pressure saturation properties.

The objective of the present paper is three-dimensional modelling of high-speed train related ground vibrations; in particular the question of how to account for the unbounded media is addressed.

In contrast to previous approaches to modelling of high-temperature synthesis of intermetallics, the present model can be used to analyse the kinetics of the process at the microstructure level.