Sentence examples for optimal stress level from inspiring English sources

Psychological research has shown that there is an optimal stress level for workers to perform well [ 8, 9].

Although it is theoretically possible to find the optimal stress levels and stress switching times on each step of a SSALT with finite multiple steps, the "simple SSALT" that has only two steps was generally used in practice [76].

If the censoring time is not too long, then K* is always equal to two, and the optimal maximum stress level (xi _{H}^) is always one; The optimal minimum stress level (xi _{L}^) and the sample location ratio (p_{L}^) of (xi _{L}^) are functions of ae = (lnτ − γ0,e)/σ, be = − γ1,e/σ and p, and generally (p_{L}^) is greater than 0.5.

A comprehensive performance analysis on the selected neural network configurations (both Feed forward and Recurrent) concluded that Layer Recurrent Neural Networks are most optimal for stress level detection.

Extrapolating limits of a model that is not only rational (manage) or emotional (preserve) or instinctual (flee, freeze or fight), the model indicated by the API 770 and discussed in this article indicates that there is an optimal range of stress level to maintain the effectiveness of the task.

(2) There is a type of V-optimal plan with stress level combinations ξ i *  = (ξ i1 *, ξ i2 * ) (i = 1, 2, …, K*) distributed on a straight line connecting the normal stress level (0, 0) and the highest stress level (1, 1).

A step stress accelerated life testing model is presented to obtain the optimal hold time at which the stress level is changed.

The stress level combinations of optimal non-degenerated plans distribute on the stress-life relationship contour through the point ξ i *  = (ξ i1 *, ξ i2 * ), and can be related to the stress level combinations of the optimal degenerated plan by some equations.  .

Meanwhile, at optimal environmental parameters the larvae might have quickly recovered from such stress level.

A numerical package capable of solving particular problems, i.e. (i) crashworthiness analysis of structure with fixed properties of dissipaters, (ii) optimal remodelling of adaptive structure and (iii) optimal design of yield stress levels triggering plastic-like distortions in dissipaters, is presented and verified using test examples.

In addition, once the optimal quantity of rubber had been determined, its effect on ballast behaviour under high stress level was analysed.