Sentence examples for material flow modeling from inspiring English sources

Concentrations were calculated for four environmental (air, soil, surface water, sediments) and two technical compartments (wastewater, solid waste) for the EU and Switzerland using probabilistic material flow modeling.

The first feature is already included by the methodology for dynamic material flow modeling developed by Müller, and it is this approach that we build on.

First, the focus is put on material flow modelling, as each flow is characterised as a mix of material fractions with different properties and flow compositions are computed as a basis for the LCA calculations.

The presented literature review revealed that the large share of these approaches stem from economics, as these models have similar data and modeling structure than the material flow models.

Material flow models also indicate that a variety of ENMs may accumulate in waste streams.

In this model, the approaches for static structure modeling and dynamic evolution modeling are given to support building the material flow model.

Dynamic material flow models in Visual Basic® are used to provide life-cycle-impact-assessment indicators, which help identify key intervention points along the metal cycle.

To finish the applications, we integrated a comprehensive resource and waste database with several input output analysis based material flow models.

We present a generic control architecture for AMHSs, and apply this architecture to a material flow model with storage and sorter systems.

As material flow models of industrial production systems are typically large and complex, optimal operating conditions or designs are hard to find without computational support.

An analysis of the existing batch process supported by material flow modelling generated a reference point for the developed production process.