Sentence examples for contributed to the engineering from inspiring English sources

Generating design ideas that match constraints and communicating design through a 3-D model addressed the technology content and also contributed to the engineering component.

CEA has contributed to the engineering activities on the port plugs and has more particularly focused on the design and diagnostic integration in the representative equatorial port plug Eq 01.

In addition to taking out prototypes to see how they perform on the track, he also contributed to the engineering that went into the P1 GTR, from its carbon-fiber interior to the hybrid-electric powertrain that collects energy as the car slows to give on-demand boosts of torque when needed.

Case studies such as this paper contribute to the engineering foundation of BICA.

The well-established knowledge in this area can contribute to the engineering practices, for example, underground space design, planning and optimisation in Civil and Mining Engineering and wellbore stability in Drilling Engineering, among others.

In addition, the fracture extension theory by Paris and amplitude theory of stress intensity factors are summarized to assess the fatigue life, which can be good evidence contributing to the engineering practice.

The significant modulating effect of the amelogenin matrix combined with fluoride ions suggests the potential for this artificial system to contribute to the engineering of novel enamel-like biomaterials in vitro.

Tools and techniques contribute to the engineering knowledge of the product design in the early stages of product development and consequently, may decrease the numbers of errors and design changes.

Because of this, the introduction of qualitative diversity within this professional field is an important fact to highlight when women contribute to the engineering community through the enrichment, expansion and transformation of the values and attitudes that are predominant in the people who work and/or study within the area of engineering and technology.

It can be expected that this network will be useful as a tool and a blueprint to help emulate these processes in order to increase our understanding of the molecular mechanisms that underlie tissue formation, as well as contribute to the engineering of artificial tissues.

Nonetheless, prior knowledge of the system and its component parts have greatly contributed to the successful engineering of synthetic signalling pathways, enhancing our prospects to engineer such systems rationally.