Sentence examples for mass flow coefficient from inspiring English sources

To correct the gas-induced liquid flow rate prediction error, a dimensionless parameter termed the two-phase mass flow coefficient is proposed.

The two-phase mass flow coefficient was found to linearly increase with the Lockhart Martinelli parameter and decrease with the increase of the gas-to-liquid density ratio.

In this study, a new correlation for wet gas flow rate measurement with Venturi meter based on a two-phase mass flow coefficient was proposed.

The relationships of the two-phase mass flow coefficient with the Lockhart Martinelli parameter, the gas densiometric Froude number and the ratio of gas to liquid density were concluded.

After validation study, an efficient gradient-based optimization technique is used to optimize 2D bump parameters including the length, the maximum height, the bump position via shock location, and the crest position via bump and also the jet actuation parameters such as mass flow coefficient, suction/blowing angle, actuation location over the upper surface of the airfoil.

The vibration amplitudes, the force coefficients and the flow patterns of semi-submersible with the blowing-based control technique are further examined for various mass flow rate coefficients.

Mass flow and discharge coefficient calculated from simulations are compared to the ASME 2011a Section 1 standard.

It provides the design orientated correlations for bulk parameters such as boundary layer thickness, mass flow, and moment coefficients.

Design-oriented correlations for bulk parameters such as boundary layer thickness, mass flow, and moment coefficients have been presented for most of the geometrical conditions considered.

Furthermore, at lower Mach numbers, this variable-geometry inlet still can capture nearly all of mass flow with mass capturing coefficient equal to 0.98; none of other variable-geometry inlets have been reported globally with such rather high-performance characteristic of mass flow capture at lower Mach numbers.

Simulation results showed that for same shell side mass flow rate, heat transfer coefficient, pressure drop and heat transfer rate are found to be maximum with single segmental baffles.