Sentence examples for by solving the continuity from inspiring English sources
Intra-particle concentration gradients were taken into account explicitly, by solving the continuity equations in the catalyst pellet at each position along the fixed-bed reactor co-ordinate.
The flow and pressure fluctuations in the system were modeled by solving the continuity and momentum equations of the gas flow.
In the present study, orifice to pipe diameter ratios of 0.25, 0.5 and 0.74 were investigated numerically by solving the continuity and momentum equations at Reynolds number of Re = 20,000.
The conditions for the formation of a wake and for the onset of wake instability for the flow of power-law fluids over an unconfined circular cylinder are investigated numerically by solving the continuity and momentum equations using FLUENT (version 6.2).
The model calculates the densities for the main molecular and metallic ions by solving the continuity and momentum equations for each of the species.
Alves et al. (1992) and Hasan and Kabir (1994) presented two rigorous models for estimating temperature and steam quality in wellbores by solving the continuity, energy and momentum balance equations simultaneously.
The electron density and temperature distribution of the equatorial and low latitude ionosphere in the Indian sector has been investigated by simultaneously solving the continuity, momentum and energy balance equations of ion and electron flux along geomagnetic field lines from the Northern to the Southern hemisphere.
Simulation results were generated by solving the fundamental continuity, momentum and energy equations over a discretized reactor volume by a finite volume analysis with the aid of CFD-ACE+ commercial software.
For the rest breathing rate of 7.5 l/min, the airflow was first simulationed by solving the mean continuity, momentum and energy equations using the RNG k-ε turbulence model for the buoyancy-driven flow around the heated mannequin.
The values of the diffusivity coefficients obtained by solving the coupled continuity equations suggest that Cr depletes by diffusing via vacancies, whereas Ni atoms enrich at the grain boundary by diffusing via interstitials.
Analytical solutions for the radial and axial velocities and pressure distributions are derived by solving the coupled continuity and momentum equations in the extracapillary space and the arterial and venous fiber lumina and membranes.
