Sentence examples for fluid distributor from inspiring English sources

Consequently, this model can be well-used as a coolant fluid distributor to improve the PEM fuel cell performance.

Under the conditions studied, oscillation of the rotating fluid distributor led to increased mixing and poorer performance than rotary movement.

This paper presents a CFD-based, heuristic evolutionary algorithm for shape design and optimization of baffled fluid distributor.

This paper presents an original study on the design and optimization of baffled fluid distributor for the realization of optimal fluid flow distribution in a tubular solar receiver.

We investigate the effects of four variables: cathode side metallic mesh fluid distributor, separator type (Nafion 112® vs. Viledon®), cathode catalyst (MnO2 vs. Ag), and the hydrophilic pore volume fraction of the gas-diffusion cathode.

The basic idea is to install a perforated baffle in the inlet fluid distributor and to optimize the configuration of orifices on the baffle so as to approach the target flow distribution among downstream parallel tubes.

The conclusions obtained in this paper are potentially helpful for the design of fluid distributors for multi channel devices.

Examples of new conceptual designs of heat exchanger plates, of fluid distributors and of mixers are proposed, based on this possibility of uniform distribution.

This paper examines some theoretical aspects of the optimal design of multi-scale fluid distributors or collectors, built on a binary or quaternary branching pattern of pores.

The present paper contributes to theoretical advances in the conception, modelling and design of multi-scale fluidic elements, namely fluid distributors.

Hence, the cooling performance of fuel cells can be improved by implementing the zigzag channels model as the coolant fluid distributors, although the coolant pressure drop is higher than straight channels in this model.