Sentence examples for maximizing the material from inspiring English sources

The optimum parameter set in maximizing the material removal rate and minimizing the surface roughness is standoff distance – 4.22 mm, transverse speed – 223.28 mm/min, and percentage WC – 2.10%.

The main purpose of the proposed procedure is the reduction of the manufacturing cycle time and maximizing the material cut during the rough-cutting operation, without damaging the to-be-finished surfaces.

Taguchi analysis reveals that a combination of 1 μs pulse duration, 3.8 μs pulse off time, 40 V servo voltage, 1.8×105 Pa flushing pressure and 8 m/min wire speed is beneficial for simultaneously maximizing the material removal rate (MRR) and minimizing the surface roughness.

This study aimed to maximize the material removal rate (MRR) and minimize the within wafer non-uniformity (WIWNU) simultaneously.

Note that in the outcome that maximizes the sum of the material payoffs when X grows arbitrarily large, players 2 and 3 maximize their own material payoffs, and when indifferent, they maximize their opponents material payoffs, while players 1 and 4 maximize the material payoffs of their opponents.

Because in the outcome that maximizes the sum of the payoffs players 1 and 4 maximize the material payoffs of their opponents and Q X) is a kind-game, both players are kind.

The optimization objects are to minimize the tool vibration response and maximize the material removal rate, and the constraint conditions are to keep the milling process chatter-free or stable and let the spindle speed below a predefined one.

From the engineering point of view, the proposed criterion of scale separation suggests how to design the optimal microstructure of a hierarchical level to maximize the material tensile strength.

Process simulation was used to maximize the material and energy efficiency of the overall process by recycling unconverted reactants and a catalyst (water) and by utilizing heat from the exothermic reaction to substitute external energy supply in the heat demanding process steps.

A possible solution is offered by process intensification (PI), a design approach offering concrete benefits in manufacturing and processing, substantially shrinking equipment size, boosting plant efficiency, saving energy, reducing capital costs, increasing safety, minimizing environmental impact and maximizing the raw materials exploitation.

This creates a "surface energy" that the material tries to reduce as much as possible, by minimizing its top layer and maximizing the amount of material on the inside--which is done most effectively by forming a sphere.