Sentence examples for because the flow field from inspiring English sources

Numerical simulation is used to study oil/water separation properties because the flow field is comparatively complex [21].

This composition PDF is a subset of the joint velocity-composition PDF because the flow field in the PaSR is assumed to be spatially homogeneous.

Because the volute affects the flow field structure significantly, a new volute design method considering the circumferential non-uniformity of the flow field may be established and developed to improve the compressor stability.

For many aeronautical applications, accurate computation of vortex-dominated flows is important because the vorticity in the flow field and the wake of swept wings at an incidence and rotor blades largely determines the distribution of loading.

For regions with low lattice densities the porous CFD simulations cannot predict the effect of individual lattice elements on the flow field, because the individual lattice elements are not explicitly resolved.

Atmospheric entry flights, combusting flows, experiments in high-enthalpy wind tunnels, CFD simulation of high-velocity, high-temperature flow fields, are a number of areas in which the thermodynamic properties of gases at high temperatures must be correctly computed because of their important influence on the flow field.

For the BM-ICI case, the flow field was complicated because of the existence of ICIs and a significant temperature gradient was observed near the ICI nozzles on the lower part of the reactor vessel, where the ICIs were attached.

Because the internal angular momentum changes are coupled to the flow field, the stress tensor contains anti-symmetric components which are associated with a rotational viscosity.

Microchannel simulations using the standard VOF model are less accurate because the spurious velocities produces artificially higher velocity regions in the flow field results.

Scalar dissipation rate χ is an important parameter in stratified charge combustion because it is a measure of the extent of fuel/air mixing in the flow field.

The flow field design is critical for optimal fuel cell performance because it ensures even distribution of the reactants and products through the cell.