Sentence examples for fluid surface roughness from inspiring English sources

Input of the ANNs are the 8 numbers of dimensional and dimensionless values of the test section, such as thermal conductivity, particle size, physical properties of the fluid, surface roughness, concentration rate of nanoparticles and wall superheating, while the outputs of the ANNs are the heat flux and experimental pool boiling heat transfer coefficient from the analysis.

These results laid the theoretical foundation for the determination of fluid temperature, surface roughness, surface modification and the program of scale removal and inhibition.

Design of experiment using full factorial method was employed in the process of cutting fluid formulation, while the effect of formulated cutting fluids on surface roughness and cutting force in turning AISI 4340 steel with coated carbide using Taguchi method were investigated and compared with conventional (mineral) oil-in-water emulsion cutting fluid.

The fluid velocities and surface roughness are 0.5, 0.7,0.9 m/s and 0.65,4.4,15.1 μm respectively.

The purpose of this experimental test rig is to create the most resemblance condition to an Internal Combustion Engine (ICE) water jacket coolant to study the effect of fluid velocity and surface roughness on the coolant while boiling taking place.

A perturbative representation of the null field T-matrix for scattering a pressure wave from a fluid elastic interface with surface roughness is developed.

The experimental results show that by increasing the surface roughness and fluid velocity the surface heat fluxes increase.

Khorasani et al. (2016) studied the effects of cutting parameters and cutting fluid pressure intensity on the surface roughness of milled parts.

For copper plate with nanofluid's concentrations more than 0.0001%, the heat transfer coefficient was found to be less than that of the base fluid at both levels of surface roughness.

Semi-welded particles could cause pollution in the fluid system of an engine part, while a significant surface roughness and texture could compromise fluid flow.

In fluid film lubrication, a thick (relative to the surface roughness of the articulating surfaces) viscous fluid film supports the load and separates the surfaces allowing motion with little resistance to shear.