The phrase "allowable performance" is correct and usable in written English.
It can be used in contexts where you are discussing the limits or standards of acceptable performance in a specific situation, such as in evaluations or assessments.
Example: "The allowable performance for this task is set at a minimum of 80% accuracy to ensure quality results."
Alternatives: "permissible performance" or "acceptable performance".
Both decks were equipped with vanes and the single deck alone showed an allowable performance, in terms of VIV, based on wind tunnel tests that were carried out.
Our results show that the allowable performance degradation in comparison with the perfect self-information removal case highly depends on the level of for both uncoded and coded performances.
Thanks to this latter property, it becomes straightforward to design the control laws according to the average execution times of control tasks, and guaranteeing that in the worst-case scenario, the minimal allowable performance will be achieved.
Performance vectors are obtained through simulation, so that maximum generality is available in terms of allowable circuits and performance figures.
By Theorem 3.2, the allowable (H_{infty}) performance γ can be obtained for the case (mu =0.5) and different δ and h.
On air quality, the committee noted concerns that the commission's interpretation of the EU air quality directive implied that significant increases in nitrogen dioxide (NO2) resulting from Heathrow expansion would be allowable due to worse performance elsewhere in London.
Mixture variables were kept within specified limits as per allowable operational tolerances, and performance was monitored through the evaluation of the results obtained from volumetric properties and laboratory tests, such as flexural fatigue test, Hamburg wheel-tracking test, and overlay tester.
The RBode plot translates a robust performance criterion into allowable and forbidden regions on the open-loop Bode plot of a compensated SISO system.
Interval arithmetic tools are used to derive rigorous bounds on the process performance, when all allowable changes in design and operating variables are considered.
This implies that the proposed AMC design with the common feedback deals with the best trade-off performance between the allowable delay and the service coverage by optimizing the AMC threshold.
The results reveal that all the proposed filters guarantee no electrical resonance hazards while maintaining the allowable limits for the various performance indices of the system, load, and filter.
