Sentence examples for the material utilization from inspiring English sources

In order to improve the material utilization ratio, a near-net-shape design is put forward according to the reversed analysis.

As LM is increasingly being accepted as a traditional manufacturing process, it has to consistently manufacture parts with minimal errors while keeping the material utilization to a minimum.

The bolts should not be sputtered to prevent contaminating the coating because of which the bolts are placed outside the racetrack and this again makes the material utilization poor.

Furthermore, an engineered cathode is used, comprising a LiFePO4/PEDOT PSS interface at the current collector that improves the material utilization at high rates and mitigates the corrosive effects of LiTFSI on aluminium current collector.

The clamping ring has to overlap the target to be able to apply pressure to hold the target because of which the material under the clamp cannot be sputtered and hence the material utilization goes down.

The material utilization efficiency of the CSBRB is significantly improved compared with common BRB, since its cross-section spreads outwards by spacing two cores, thus improving the flexural rigidity of the restraining system.

Higher pillars, on the other hand, result in higher areal capacity, and an optimum height is considered to be ca. 70 μm by balancing the active material utilization in the electrodes and the effective battery volumetric usage.

Due to the high material utilization and the associated resource and energy efficiency, production processes from the field of cold forging of steel are of great importance.

This paper aims to address the role of feedstock powder and the actual material utilization factor in environmental impact assessment of laser metal deposition.

The active material utilization and cycling performance of the composite are greatly improved compared with a sulfur electrode without the MWCNTs, owing to a high electrical conductivity of the MWCNTs and the stable structure of the composite.

Not only were the defects of gas holes, porosity and non-metal inclusions in the die casting eliminated, but also the investment of the forging equipment and the performing process were decreased, and the coefficient of material utilization and the rate of production were increased.