Sentence examples for diameter jet from inspiring English sources

diameter jet cup.

To guarantee the minimum hole diameter is bigger than nozzle diameter, jet impact pressure should not be lower than 30 MPa in the experiment.

The experiment is designed to measure the key parameters governing heat transfer augmentation by forced jets, and to investigate the effects of geometric factors, including the jet diameter, jet injection orientation, interior structures, and enclosure aspect ratio.

Critical design parameters in jet impingement heat transfer like nozzle hydraulic diameter, jet angle and velocity, physical properties of the fluid, and nozzle-to-target plane spacing are the subject.

The effects of particulate density, particulate diameter, jet velocity, static bed height, nozzle diameter, and annular gas flow rate on flow regime transitions, i.e. jet, transition flow regime and spout, were systematically examined.

Fluidized depths of up to 1.9 m in the saturated zone (with refusal on a peat layer) and 2.5 m in the unsaturated zone (no refusal) were attained, using a 1.9-m-long, 50 mm diameter jet operated at 5 13 l s−1.

The 50-μm-sized droplets could be generated by changing nozzle diameter, jetting parameter (applied voltage waveform and amplitude) from the nozzle.

Large eddy simulation (LES) was used to simulate the loading effects of a translating microburst with a 0.20-m-diameter jet at four different translating velocities on a 25 mm cube.

In this paper, a novel impingement cooling structure with variable-diameter jet holes was developed for the internal cooling of turbine vanes to ensure a heterogeneous wall temperature distribution under nonuniform thermal load, and the corresponding optimization methodology was investigated.

Model predictions were compared with experimental data obtained with different nozzle diameters, jet flow rates, jet densities and nozzle inclinations.

The model was tested experimentally for a range of column and jet diameters, jet velocities, and liquid physical properties, and it was found that the measured maximum bubble diameter was in good agreement with the model predictions based on a critical Weber number of 1.2.