The phrase "adaptability of process" is correct and usable in written English.
It can be used when discussing the flexibility or ability of a process to adjust to changes or different conditions.
Example: "The adaptability of process is crucial in ensuring that our operations can respond effectively to market fluctuations."
Alternatives: "flexibility of procedure" or "versatility of method".
Mature market leaders are more likely to say that they experience consistent success by effectively leveraging "technology to manage relationships" by 39% versus 14% of less mature respondents, as well as "consistency and adaptability of processes" (36% versus 11%) and "use of data driven analytics to make informed decisions" (35% versus 11%).
Furthermore, the adaptability of this process under different pressure, temperature and compositions of feed gas is studied.
Because of the adaptability of this process to large-scale industrial synthesis, this type of nanowire is already being used in commercial devices such as transparent electrodes.
This demonstrates the remarkable adaptability of the process and hints at it being fundamental for learning about and orientating within our surroundings.
The required adaptability of EC processes requires a distinction between what must be achieved representing the process goals of an EC.
Through the analysis and simulation, the reservoir adaptability of the MFAGD process is investigated, and its operation parameters are numerically optimized.
The role of the designer lies in exploiting the adaptability of robotic manufacturing process to the customers' individual requirements.
There are two different possible biological meanings of the commonly used phrase 'muscle plasticity', such that plasticity could be either the quality of adaptability or the process of adaptation.
This feature provides more adaptability and reduces conservatism of process design over longer time horizon and wider disturbance range and dynamics.
This paper discusses the applicability and adaptability of different variants of process costing methods for the evaluation of digital engineering IT landscapes as a major part of the digital factory economics method for an approach to a reproducible method for the evaluation of IT landscapes.
While there are several examples of approaches to generate architectures based on functional requirements, we believe that there are very few techniques that consider NFRs such as adaptability during the process of architecture generation.
