"operational flow" is a correct and usable phrase in written English.
It is typically used to describe the processes involved in completing a task or achieving a goal. For example, "The operational flow of this project involves a series of steps which must be completed in a specific order."
When the turbine operates at different rotational speeds, the minimum and operational flow rate for the designed centrifugal turbine is increased with the increase of the rotational speed, while the maximum and operational flow rate remains constant.
An operational flow chart was designed to evaluate the effects of laboratory and operator intervariability on expression results.
A key requirement for an operational flow forecasting model is therefore to give accurate estimates of model uncertainty.
On qualitative study, a Petri net is developed and designed to visualize the whole system operational flow.
In this paper, we analyze the operational flow of two hardware implementations of the Task Superscalar architecture.
Hydrological flow routing methods are widely used as components of distributed hydrological models and in operational flow forecasting systems.
Energy and exergy analyses are conducted for different operational flows.
Operational flows are presented in three work conditions: summer, winter, and the transitional seasons.
In this paper we focus on the overall rationale for the GTB framework; the GTB design goals; and some detailed operational flows that are supported by GTB.
Results indicate that net-zero performance leads to a large increase in embodied flows (over 40%) that offsets some of the reductions in operational flows, but overall life-cycle flows are still reduced by over 60% relative to the state energy code.
Overall, building designs beyond net-zero performance can partially offset embodied flows with negative operational flows by replacing traditional electricity generation with solar production, but would require an additional 8.34 kW (18.54 kW in total) of due south facing solar PV to reach net-zero total life-cycle flows.
