Sentence examples for material utilization in from inspiring English sources

The analysis illustrates a unique capability of using ICA to differentiate cell performance and material utilization in different cell designs.

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.

Structural CLT modules represent an approach towards wood material utilization in construction as its strength achieves markedly higher values then common structural wooden elements and makes rapid erection of the building possible.

Modeling results demonstrate that ultra-thick LiCoO2 electrodes, on the order of 150 300 μm, can garner a substantial improvement in material utilization and in turn capacity through electrolyte channels and fine width electrode pillars which are 25 100 μm wide.

The B-BRB has a remarkable advantage over a common buckling-restrained brace (BRB), in which the newly formed cross-section of the B-BRB is spread outwards by spacing two cores, hence resulting in higher material utilization efficiency in its structural design.

Although FRP possesses significant advantages over traditional materials in terms of strength, the phenomenon of premature debonding currently limits the degree of material utilization achieved in practice.

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

Design for Recycling (DFR) is one of the promising approaches in prolonging material utilization of a product in the early stage of design.

This is an example of the phenomenon of 'shakedown' and when its effects are incorporated into the design and operation schedule of machine components this process can lead to significant increases in specific loading duties or improvements in material utilization.

The approach is demonstrated for an actual thick weld considering weld specifications as objectives of optimization and electrical power and material utilization as sustainability aspects in classification.

It was concluded that the electronic contact at the LiFePO4/carbon interface plays a decisive role in material utilization at different discharge rates which affects the capacity fade upon cycling.