Sentence examples for optimising the materials from inspiring English sources
The last few years has seen some major corporations recognise the value of the circular economy - from optimising the materials used in the manufacturing process to ensuring that consumers recycle their products to bring valuable material back into the supply chain.
It can provide information for optimising the material mechanical properties in pressure garment design and development, give a clue to understand the mechanisms of pressure action on hypertrophic scars and ultimately improve the medical functions of pressure garment.
So they will be hoping, and indeed expecting, to improve on this as they further optimise the material.
The results reveal several options to optimise the material properties within the cost-effective manufacturing route.
Effects of fibre volume fraction and orientation are investigated, demonstrating the approach's potential to optimise the material's micro-structure for desired properties.
However, in order to maximise the benefits, work must be done to optimise the material for its required role and to configure the process for efficient production.
Yttrium iron garnet ceramics are used as non-reciprocal materials in circulators because they present low dielectric and magnetic losses, and their magnetic properties can be engineered in order to optimise the material for specific applications.
The regression model of significant factors such as pulse-on time, pulse-off time, peak current, and wire feed is considered for optimising the responses variables material removal rate (MRR), surface roughness and Kerf width.
The framework is aimed at optimising the form and the material anisotropy distribution either in separate or simultaneous fashions.
The procedures developed for M3 STEP (a possible ESA mission) for optimising the sensitivity by selecting materials as 'different' as possible are presented.
In addition, the CoURAgE project (a European-wide research collaboration, centred at Nottingham) has investigated possibilities for optimising the use of aggregate materials in the unbound layers of roads.
