Sentence examples for power feed rate from inspiring English sources

Three different process parameters (laser power, feed rate and scan speed) at two levels were used to fabricate the samples for L4 orthogonal array of Taguchi method.

The parameters studied are the power feeding rate and hydrogen flow rate.

Plasma power, powder feed rate, and stand-off distance were selected as independent variables.

These process maps correlate the key processing parameters such as plasma power, powder feed rate, primary gas flow rate, and stand-off distance to the temperature and velocity of the in-flight particles and finally, to the porosity and microhardness of coatings.

It was found that deposition efficiency is dependent on laser power and powder feed rate, increasing with increasing power and decreasing powder feed rate when tested within the parameter window of laser power ranging from 0.4 to 2 kW; traverse speed varying from 150 to 1200 mm min‑1; and powder feed rate varying from 4 to 10 g min‑1.

Similarly, it was found that dilution is also dependent on laser power and powder feed rate.

Both plasma power and powder feed rate were found to be the main factors affecting all four responses.

It was found that an increase in laser power and/or powder feed rate increases the thickness of the coating.

Laser parameters in terms of laser power, processing speed and powder feed rate have been optimized to achieve acceptable clad-substrate integrity with optimum deposition height and width without any surface cracks and porosity.

In this work, empirical relationships were developed to estimate TBCs performance characteristics (porosity and microhardness) by incorporating independently controllable atmospheric plasma spray operational parameters (input power, standoff distance and powder feed rate) using the response surface methodology (RS M.

In this work, empirical relationships were developed to estimate TBCs performance characteristics (porosity and Young's modulus) of yttria stabilized zirconia coatings by incorporating independently controllable atmospheric plasma spray operational parameters (input power, standoff distance and powder feed rate) using response surface methodology (RS M.