Sentence examples for mean conservation equations from inspiring English sources

A finite-volume (FV) method is used to solve the mean conservation equations for mass, momentum, and energy and the mean equation of state; and a particle method is used to solve the modeled PDF equation.

In this approach, the conservation equations for mean mass, momentum, and energy conservation are solved by a FV method while a particle algorithm is employed to solve the fluctuating velocity-turbulence frequency-compositions joint PDF transport equation.

Above all, it brings forward a set of conservation equations governing the mean flow of both phases of a suspension in the continuum approximation.

The dynamic behaviour of a coal slurry gasifier in an Integrated Gasification Combined Cycle is modelled by means of mass, energy and momentum conservation equations as well as reaction kinetics descriptions.

By means of this approach, it is very convenient to extend the conventional conservation equations for pure fluids to nanofluids.

In order to compute the mean and turbulent properties of the air flow generated by the moving sprayer, the generalised mass and momentum conservation equations, coupled with a k ε turbulence model, are solved numerically using finite volume methodology.

The mass conservation equations for different components are expressed as.

Constraints (8) and (9) are material flow conservation equations.

The transformed nonlinear conservation equations are solved numerically.

It considers conservation equations for 20 species, two momentum equations, and one energy equation.

The dimensional conservation equations are linearized under lubrication theory approximations.