Sentence examples for unchanged performance from inspiring English sources

Results show improved performance of the structure in terms of eigenfrequencies and virtually unchanged performance in terms of stresses and displacements.

Previous attempts to systematically relate individual differences in working memory to the patterns of brain activity have led to equivocal results, as both increases and decreases in activity in similar brain regions were observed in relation to improved, impaired or even unchanged performance.

A trend for a significant linear interaction was identified for "step length variability preferred-DT", representing unchanged performance for DANCE and declining variability for MEMORY (F 1, 136) =3.53, trend P=0.062, two-tailed, R=0.009).

Overall males improved their cycling distance significantly from 497.8 ± 219.6 km (2000) to 546.7 ± 205.0 km (2011) whereas overall females showed an unchanged performance over time of 593.7 ± 132.3 km (Table  3).

Such performance-enhancing strategy might explain the finding of an unchanged COD performance (subjects were able to complete both the straight-line and COD tasks as prescribed) despite the substantial decrease in explosive force capabilities (i.e., CMJ and DJ).

For complex medicinal products such as biological medicinal products, including vaccines, design and conduct of such studies requires particularly careful considerations in order to ensure that technical data resulting from stability studies are indeed indicative for unchanged clinical performance.

4 6 Unchanged CMJ performance is possibly a consequence of movement reorganisation via compensatory strategies.

In the study by Holstein and colleagues [ 10], half of the surviving participants aged 70 to 95 years had unchanged functional performance during the eight-year follow-up.

Numerical investigations tuned on the basis of the experimental results allowed the improvement of the design to achieve reduced column damages for higher drift values while maintaining practically unchanged structural performances.

In this context, functional coatings developed on aluminum alloy stand out for the excellent capability of keeping unchanged their performances over the time and after simulation of rather severe working environments, matching by this way some of the basic requirements connected with their employment as innovative industrial structural materials and components.

All seven participants showed an unchanged level of performance a year after their initial training.