Sentence examples for using traditional engineering from inspiring English sources

Drinking water systems that employ riverbank filtration may receive additional treatment credits beyond that which they can obtain using traditional engineering approaches.

The unsteady effect of aerodynamics is inadequately considered in the evaluation of performance of Flight Control System (FCS) using traditional engineering technique based on the aerodynamic model or database.

The results of a series of tensile tests on tapered HSLA 590FB steel specimens show that the effective stress-strain behavior can reliably be extracted to a strain of 60%, well beyond the limits of 20% commonly achieved using traditional engineering analyses on straight-gauge specimens.

While the complexity of these systems is further complicated due to those human elements, most of these complex system designs may still be well-engineered using traditional systems engineering approaches and methodologies.

Engineering microorganisms for production of terpenoids has attracted considerable attention, and initial success was achieved using traditional metabolic engineering strategies or high throughput screening methods.

There are multiple surface and subsurface indicators of distress and defects which are observed using traditional, geotechnical engineering methods.

Commercially available tissue engineered skin remains elusive despite extensive research because the multi-stratified anisotropic structure is difficult to replicate in vitro using traditional tissue engineering techniques.

The Hospital Italiano de Buenos Aires in Argentina developed an electronic health record with drug-drug interaction alerts, using traditional software engineering techniques and requirements.

To meet new requirements, engineered resilient systems have adopted a hybrid approach of using traditional and agile system engineering.

It has a history of high-quality engineering using traditional raw materials—steel and coal and is now working in more advanced materials like high-performance composites," says Andrew R. Barron.

We analyse approaches for addressing these dilemmas as they relate to shallow coastal systems and conclude that wicked problems cannot be adequately addressed using traditional disciplinary or systems engineering modelling.