Sentence examples for technical energetic from inspiring English sources

Since then, however, his collections have failed to find their groove, flip-flopping between Wang (sporty, black, technical, energetic) and Balenciaga (oval shapes, restraint, muted colours) without the two ever quite knitting together.

The application of this framework proves to be useful for eliminating inadequate configurations and screening potentially novel solutions at early stage designs, with respect to technical, energetic and economic criteria.

The paper has the objective to prove the technical, energetic and economic feasibility of this technology, especially for hot and dry areas, with respect to other alternative air cooling configurations.

The optimization is carried out on technical, economical, energetic and environmental performance indicators in a multi-objective optimization framework.

The investigation mainly concerns technical and energetic aspects, but a brief cost analysis is finally presented in order to assess the economic viability of the proposed solution.

Technical and energetic aspects of the examined hybrid lay-out are described in detail, and complemented with a brief cost analysis in order to assess the economic viability of the proposed solution.

This concept refers to a very broad horizon, touching various spheres: cultural, economic, social, environmental, before the purely technical and energetic ones; the terms deal, in fact, with a sustainable process of conservation, renovation, reuse and management of historical architecture, where the assessment methods could play a key role, even in the early stage process.

The tests involve the probes design as well as materials and drilling techniques and machines, therefore the newly developed GSHEs can be directly compared with the traditional ones with respect to technical issues and energetic performances.

Since the Jenfelder Au project aims at demonstration in small scale, technical feasibility, positive energetic gains and material product possibilities should be especially considered.

ROSA 9.1 (for 8-inch diameter modules) and Winflows 3.2 (for 16-inch diameter modules) were utilized to obtain energetic and technical data.

The methodology is applied to two particular cases in order to evaluate the preliminary energetic and technical feasibility of the implementation of a bottoming cycle in a heavy duty diesel (HDD) engine considering two different criteria.