The C-type domain allows for a rapid change of the inlet velocity components without changing the mesh.
To determine groundwater balance, inlet and outlet components were calculated in dry and wet periods in 2010 2011 water year.
By controlling equivalent air ratio, space velocity, inlet temperature, and catalyst component, the HC and ammonia conversion efficiency higher than 95% could be achieved, with ammonia conversion to NO remaining below 5%.
Most mass spectrometers have four major components: an inlet system, an ion source, a mass analyzer, and a detector.
The velocity field, pressure field and fluid pathlines are calculated in the three-dimensional, axi-symmetric flow domain for prescribed boundary values for the velocity components at inlet.
The membranous portion of the septum is a small structure located below the attachments of the right and non-coronary cusps of the aortic valve that extends to the inlet and the outlet components of the muscular septum [4].
Both the RV and the LV have been described as having three components, the inlet (inflow tract), apical trabecular, and outlet (outflow tract) portions, but there are no discrete borders between adjacent portions.
The effects of the presence of a wake component in the inlet velocity profile on the dynamics of a nonpremixed exothermic shear layer are investigated numerically.
The present study investigates numerically the simultaneously developing unsteady laminar fluid flow and heat transfer inside a two dimensional wavy microchannel caused by a sinusoidal varying velocity component at an inlet.
Fazaelipoor and Shojaosadati (2002) observed no effect of silicone oil addition (20% v/ v) on biofiltration of a mixture of hydrophobic compounds with hexane as the principal component (80%) at low inlet concentrations (1 g m−3), but when the inlet concentration was increased at 3 g m−3, an improvement of 10% in the removal efficiency was obtained.
