Sentence examples for by modelling the flow from inspiring English sources

In this study the effect of inlet flow distortions on the flow rate through the fans in an ACSC is numerically investigated by modelling the flow field in a section of such a system using the computational fluid dynamics code, FLUENT.

Whilst this is simple to implement, we have chosen instead to use a physics-based approach by modelling the flows in the Earth's liquid outer core and use these flows with certain assumptions to predict the field at 2015.0 and beyond.

Mr. Patel showed how it was possible to lower the annual electricity budget for cooling a larger corporate data center -- which can run $4 million or more -- by modeling the flow of air much as aerodynamics engineers model airflow over the wing of an aircraft.

The measured RTD, with maldistribution, is successfully described by modelling the gas flow using axially dispersed plug flow with no radial mixing but taking into account the measured gas velocity variation over a bed cross section, together with end zones each consisting of a well-mixed volume and a dead volume.

The best value can be obtained by modelling the heat flow through a two dimensional web, which is not computationally expensive.

In the simulation part of the model, hydrodynamic flow process is simulated by modeling the given flow reach on HEC-RAS.

This was done by modeling the water flow through the cell over the viscous coating.

This estimated vehicle density can be related to the vehicle density, acquired by modeling the traffic flow for a road segment.

This project will create a digital teaching and research platform to explore alternative business models and value propositions for architectural practice by modeling the resource flows and risk dynamics of a typical design firm via systems dynamics modeling.

With his colleagues, he developed methods for estimating the responses of large populations of auditory neurons to sounds by recording and then modeling the flow of currents in the brain.

Remarkably, despite the complexity of the device, it is shown that the response can be predicted by modeling the analyte fluid flow and surface chemical reactions.