Sentence examples for energy-efficient engineering from inspiring English sources

This publication is considered the most promising path leading to the creation of energy-efficient engineering solutions for various buildings.

Nanotechnology in construction performs complex tasks, providing a competitive advantage in comparison with conventional technologies for facility managers, who thereby inherit buildings constructed with high quality building materials and operating more energy-efficient engineering equipment.

Process intensification (PI) has been defined as "Any chemical engineering development that leads to a substantially smaller, cleaner and more energy-efficient technology" [2].

Engineering meant Brunel, Stephenson and the heroes of yesteryear, rather than the cutting-edge and energy-efficient technology that is today being developed in the labs of companies such as Rolls-Royce (currently working on energy efficient "open rotor" engines which may decrease greenhouse gases from aviation by a third).

This paper describes Virtual Reality (VR) tools for the development of energy-efficient products in mechanical engineering.

The current results indicate that the cycle is chemically viable, feasible with respect to engineering, energy-efficient, and capable of meeting DOE's timeline for an Integrated Laboratory Scale ILSS) demonstration.

This paper addresses the problem of engineering energy-efficient target detection applications, using unattended Wireless Sensor Networks (WSNs) with random node deployment and partial coverage, for long-lasting surveillance of areas of interest.

Designed and tested to last, HP batteries benefit from a combination of HP engineering and energy-efficient notebook components such as Intel® solid-state hard drives (SSD) and mercury-free LED displays.

He graduated from high school and wants to go to college — to study automotive engineering to design energy-efficient cars, he specified.

For testing different engineering solutions for energy-efficient buildings, a low-energy building was built at the University of Tokyo as an experimental pilot project.

The article then argues that future innovations in the sustainable decision-making of buildings' structures would require BIM-integrated workflows in order to facilitate the conflicting nature of both energy efficient and engineering performance indexes.