Sentence examples for cost-effective engineering from inspiring English sources

Paradoxically, this imprecise guidance to river engineers provides the best framework for combining conservation sensitive management with cost-effective engineering.

All these advantages will contribute to faster and cost-effective engineering software development and applications.

In this investigation composite grafts of INTEGRA® matrix and human keratinocytes were cultured in a gradient container in order to evaluate the potential of the cost-effective engineering of full-thickness skin grafts and the treatment of ulcers.

The obtained results provide better insight into the process of the strength increase and spatial distribution in CPB structures as well as contribute to more cost-effective engineering designs of CPB structures.

In other words, an economy-wide, cost-effective engineering savings of 30% might turn out to be only a 29% savings from a macroeconomic perspective.

The vision of large-scale commercial arrays of floating marine energy converters (MECs) necessitates the robust, yet cost-effective engineering of devices.

This manuscript demonstrates that safe and cost-effective structural engineering designs maybe achieved by implementing Robust Design concepts originally developed in manufacturing engineering to consider robustness against uncertainty.

Photocatalytic surfaces offer promise as innovative and cost-effective biocidal engineering solutions which address these specific problems whilst maintaining stringent health and safety controls.

This work has confirmed that the actuating performance of BNT-ST-based piezoceramics can be further improved by an easy and cost-effective composition engineering method and showed it a promising candidate for lead-free actuator material.

Although the cost-effective software engineering of WSbWAs is potentially a very rewarding area, not much work has been done to accomplish short time to market conditions by viewing and dealing with WSbWAs as software products that can be derived from a common infrastructure and assets with a captured specific abstraction in the domain.

In addition, it is a simple and cost-effective surface engineering approach when compared to other surface treatments used for titanium implants [ 17, 18].