Sentence examples for engineering functionality from inspiring English sources

Waste-heat utilization holds great potential for cleaner production by improving energy efficiency, reducing energy usage and enhancing engineering functionality of an industry.

Additive manufacturing (AM) holds great potential for improving materials efficiency, reducing life-cycle impacts, and enabling greater engineering functionality compared to conventional manufacturing (CM), and AM has been increasingly adopted by aircraft component manufacturers for lightweight, cost-effective designs.

Multifunctional materials, or material systems intentionally encoded with a multitude of engineering functionalities, are revolutionizing civil engineering practice by offering new materials that can resist loads and self-sense for damage.

Therefore, a new challenge has been forcing advanced materials to become more integrated with variety of materials i.e., multi-materials systems along with interaction of other engineering functions, i.e., multi-functionality.

Progress in this field is showing that cell-free synthetic biology is a versatile testing ground for understanding native biological circuits and engineering novel functionality.

We propose that, together with a high quality reference genome, the time for efficient genetic engineering and functionality studies in common wheat has arrived.

This research encompasses key areas that help examine PgMO structure and effectiveness: 1) Enterprise and acquisition strategy, 2) Defense Acquisition and system development life cycle processes, 3) PgMO systems engineering (SE) functionality, 4) organizational structure theory, and 5) factors that influence PgMO organizational structure selection.

Although little of those mechanisms have been explored for synthetic biology applications, the broad spectrum of signaling systems provides a rich reservoir for engineering multicellular functionality.

The microtube behavior at different temperatures is a key factor towards further engineering their functionality, as well as for characterizing strain, defects, and temperature-dependent properties of the structures.

Methods for ribosomal incorporation of unnatural amino acids (UAAs) into proteins provide an elegant solution to the problem of site-specifically engineering bioorthogonal functionality.

Here, we address the importance of engineering physiological functionalities into microbes and illustrate the operation procedure.