The phrase "an operability that" is correct and usable in written English.
It can be used when discussing the functionality or usability of a system, process, or product in a specific context.
Example: "The software update introduced an operability that significantly improved user experience and efficiency."
Alternatives: "a functionality that" or "a usability that".
A qualitative and a quantitative analysis of the criterion for operability that could be used during the design phase of a process have also been performed.
It is indicated that, rather than simply imitating the human hand, the research should switch to fully exploiting the robot hand's advantages, while considering specific requirements (manipulative dexterity, grasp robustness, or human operability) that allow for successful, fluent, and dexterous operations [2].
While process design aids in performing the principla function of the industry, that is to convert raw materials into products, it is process control and operability that is responsible for satisfying the above objectives.
The steady-state process behavior is investigated through nonlinear sensitivity analysis and quantified in terms of an overall operability index that encompasses the steady-state effort required by the control system to compensate for the effects of exogenous disturbances on the control objectives.
A simultaneous dynamic optimisation-based approach is then implemented to highlight the economic and operability benefits that could have been obtained if design and control interactions had been systematically considered in the first place.
The existence of a national health identification number and the development of a national information system inter-operability framework that has the capability to interchange data between heterogeneous systems, paves the way for implementation of such an epidemiological surveillance system.
For the operability analysis, a nonlinear model that describes the membrane reactor system is derived.
Operability becomes a natural aspect of the process design courses for a project that is properly defined with variation in operations and model uncertainty.
However, a prognostic indicator that could predict the operability, survival rate, and recurrence rate before the pathology of a resected specimen is available (and, hence, before surgery) would be particularly helpful.
Several containment concepts have been assessed with a methodology that takes into account public safety, worker safety, operability and maintainability as well as cost.
