Sentence examples for by mathematical modelling of from inspiring English sources

The collapse process can be represented by mathematical modelling of packing – including the Monte Carlo simulations – but relating representation to process remains difficult.

In these studies social transmission of an initial innovation has been inferred on the basis of the geographical distribution of the trait or by mathematical modelling of the studied behaviour [16], but logistical and ethical problems have hindered proper experimentation in wild populations of animals [17].

Flux data were analysed by mathematical modelling of drug diffusion and cellular uptake in the transport system.

A project aiming at estimating and characterizing undiagnosed HIV-infected populations by mathematical modelling of routine HIV surveillance data will be conducted in the coming years.

A given physical phenomenon can be described by mathematical models of widely different complexity.

These are theoretical numbers, of course, produced by mathematical modeling of the data.

The process of biotic turnover in a closed ecological system (CES) with an external energy flow was analyzed by mathematical modeling of the biotic cycle formation.

Experimental data of bubble velocity and pressure drop was compared with values calculated by mathematical model of slug flow in capillaries proposed earlier.

The typical two dimensional (2D) PCS have square structure with 2 8 μm period, being in good agreement with theoretical structures obtained by mathematical modeling of the recorded PCS.

The influence of different package vent configurations, including ventilated packages with 1, 3 and 5 vents, on produce temperature distribution during forced convection cooling of produce was investigated by mathematical modeling of simultaneous airflow and heat transfer.

The flowsheet of the process consists of a number of different unit operations, e.g. evaporator, crystallizer, hydrocyclone, and mixer, which are described by mathematical models of largely varying complexity and structure.