Sentence examples for mass leakage from inspiring English sources

A new cyclic model of a four-reservoir chemical potential transformer with irreversible mass transfer and mass leakage is put forward.

In lattice Boltzmann (LB) simulations, the widely used wall boundary conditions (BCs) proposed by Filipova and Hänel (FH) and Mei, Luo and Shyy (MLS) result in constant mass leakage in certain circumstances.

The optimal performance of a generalized irreversible chemical engine cycle with irreversible mass transfer, mass leakage and internal dissipation in which the mass transfer obeys diffusive law is analyzed and optimized in this paper.

A numerical example is given to show the effects of mass-reservoir chemical potential ratio, mass transfer coefficient ratio, mass leakage coefficient and internal irreversible parameter on the power output versus the efficiency characteristic of the cycle.

We have shown through several benchmark test problems involving steady and unsteady flows that our new BC not only eliminates the constant mass leakage, but also has many other advantages over the FH and MLS BCs.

The reasons for the arising differences lie in the fact that the local instantaneous piston velocity determines the roll-up vortex structure, strength and turbulence dissipation in it, heat transfer in test-section walls, and mass leakage through piston rings.

In lieu of this crack size requirement, a reliable leakage detection capability which could quantify mass steam leakage rate of 0.01678 kg per second, or volume leakage rate of 1.01 l/min, should be in place.

This paper deals with the robust control problem of a pneumatic actuator subjected to mass flow leakage inside the servodistributor and load disturbances.

With this approach CFD data have been fitted in a very good quality to model the tip leakage mass flow rate and tip leakage losses.

Wide range computational fluid dynamics (CFD) data of a medium sized automotive turbine have been used to analyze tip leakage mass flow under extremely diverse running conditions.

Compared with the flat tip, tip leakage mass flow rate drops by up to 26.7%, and total pressure loss coefficient is reduced by about 4.6%.