Sentence examples for high value engineering from inspiring English sources

Laser direct deposition provides an attractive and cost effective means for repairing or remanufacturing high value engineering components.

The move will happen on October 1 when all prints will be completed by Fulfilled by 3D Hubs partners, dedicated merchants who will offer "source parts for larger, high value engineering projects".

This study proposed a framework for sustainable product development in the context of high value engineering, using life cycle based approaches combined with methods of sustainable value modeling and analysis.

It is perhaps well known that the availability of damage data through destructive means cannot generally be afforded in the case of high value engineering structures outside laboratory conditions.

It and Peugeot-Citroën are most concerned to keep high-value engineering and design work, and the production of engines and transmissions, at home and would like to move more assembly work to cheaper places.

"The time has come to build a society that seeks high-value engineering, not financial engineering," Brown remarked, saying that looking for the "the great scientists of tomorrow" should be a "national ambition".

In the case of high-value engineering structures like aircraft, it is simply not possible to generate the training data associated with damage by experiment.

The combination of these three key abilities places UAM as a most attractive method with which to create metal matrix-based freeform smart structures for high-value engineering applications.

Mike Hitchcock, a spokesman for Corus, a large British-Dutch steel producer, said sales to the United States from British plants had held steady, partly as a result of exemptions and partly because American importers continued to purchase high-value engineering-steel products despite the higher cost.

The ability of this technology to enhance properties without the need for solid-state re-polymerization, renders high end recycling economically attractive for a large number of high value added engineering applications.

It involves a 'moving wave of plastic deformation' at 20 °C that produces 'anomalously' high values of engineering ductility, especially when compared to deformation occurring at lower neutron exposures.