Sentence examples for fluid flow modelling from inspiring English sources

The solidification of multipass welds made with a shielded electrode raises many unsolved modelling questions as it involves heat and fluid flow modelling in addition to solute redistribution models.

A prototype direct methanol fuel cell (DMFC) stack has been designed and built at Newcastle University, based on a flow bed design developed with the aid of a flow visualization study and fluid flow modelling.

This work deals with the problem of model performance evaluation, which is a challenge in many science branches, including subsurface fluid flow modelling (e.g. reservoir characterisation using history matching algorithms).

The impact of clay content and cementation degree on total porosity and pore shapes in chalk is a key finding, which requires to be accounted for, e.g. in mesoscale fluid flow modelling.

Computational fluid flow modelling showed a uniform distribution of flow velocities and wall shear rates (15 24 s-1) for the isotropic architecture, and a gradient in the distribution of flow velocities and wall shear rates (12 38 s-1) for the other architecture.

We anticipate that these data will aid future fluid flow modelling and seismic investigations at geothermal sites within the Upper Rhine Graben.

Hillis: The commercial applications were mostly chip design, data mining, text search, cryptology, computational chemistry, computer graphics, financial optimization, seismic processing, and fluid flow modeling.

Fluid flow modeling in porous media has many applications in waste treatment, hydrology and petroleum engineering.

Corrosion modeling is an interdisciplinary undertaking that requires input from electrolyte thermodynamics, surface electrochemistry, fluid flow modeling, and metallurgy.

Accurate prediction of reservoir production in structurally weak geologic areas requires both mechanical deformation and fluid flow modeling.

Mechanical and Aerospace engineers at Princeton have played leading roles in combustion, fluid flow modeling and measurement, laser technologies and materials, propulsion, environmental science, and aerospace dynamics over the past half century.