Sentence examples for underlying engineering from inspiring English sources

Such knock-offs were cheap to produce, but manufacturers are fast discovering the limits of this approach.The lack of underlying engineering skills makes it hard to build reliable cars, and problems typically emerge within a few months.

Details on various applications and module designs can be found elsewhere; this chapter aims to provide a basic rudimentary understanding of the underlying engineering essentials.

Our college has already started flipped learning in the classes of some subjects underlying engineering, more specifically, mathematics, physics, chemistry, applied mathematics and applied physics.

The emphasis of the study is on fundamental understanding and advancing the underlying engineering sciences, integration of the physics and engineering requirements, and enhancing innovation for the chamber technology components surrounding the plasma.

Understanding changes in slope geometry and knowledge of underlying engineering properties of the rock mass are essential for the safe design of man-made slopes and to reduce the significant risks associated with slope failure.

The sociologist likes a particular metaphor: it is as if, in order to build an airplane, each time you were to call in all the suppliers and try to have them reach an agreement instead of having an underlying engineering plan.

It remains, however, for philosophers of technology to investigate the principles underlying safety engineering more in detail and to clarify how they relate to other principles of engineering design (Doorn and Hansson 2011).

Examining the assumptions and paradigms underlying safety engineering may help identify the problem.

Underlying metabolic engineering efforts are a host of tools and knowledge that are integrated to enable successful outcomes.

The objective of this paper is to present the principles underlying tissue engineering and the current scenario, the challenges and the perspectives of this area in Dentistry.

This Review highlights current efforts to elucidate design principles underlying the engineering objectives of robustness, precision, and scaling as they relate to the developmental control of growth and pattern formation.