The phrase "assumed capacity" is correct and usable in written English.
It can be used in contexts where one is discussing a presumed or estimated ability or potential of a person, system, or organization.
Example: "The project was planned based on the assumed capacity of the team to handle multiple tasks simultaneously."
Alternatives: "estimated capacity" or "presumed capacity".
Stressing the clinical and ethical significance of an assumed capacity for creative autonomy in individuals, this paper grounds itself in a fundamental concern for the sociopolitical dimensions of the consciousness debates.
Though projections assumed capacity crowds of 18,000, the true Nets attendance — measured in tickets scanned inside the arena, not tickets purchased — was closer to 15,000 on average, owing primarily to a "no-show rate" of about 10 percent.
In order to compare the three different production routes, an Aspen Plus® model is designed for each production path and techno-economically assessed for an assumed capacity of 11 Mg h−1 fuel production (equals 90 Gg·a−1 plant capacity).
This guidance suggests that, despite the principle of assumed capacity, capacity assessments should be carried out as a matter of routine on all psychiatric inpatients, whether informal or detained under the MHA, but this leads to significant questions about the resources available for such assessments and the subsequent quality of capacity assessments.
The major advantage of this approach lies in the fact that we can now design a future space layout in which assumed capacities (staffing, equipment, required space) can be tested against the recorded patient volume, using an Agent-Based Simulation to re-enact each treatment chain.
The very elegant and impressive color renderings of cold airflows generated by CFD software are totally dependent on the installed cooling equipment actually delivering assumed capacities.
Given a set of customers with a priori known profits and demands, the objective is to find the subset of customers, for which the collected profit is maximized, and to determine the visiting sequence and assignment to vehicle routes assuming capacity and route duration restrictions.
Instead, we assume capacity load scenarios of 75 and 90%%, respectively, which reflect conditions of low and high average workload.
According to these graphs, we assume capacity planning for the case of 80% network load (PL) with guaranteed 12.2/384 kb/s voice/data rates.
Assuming capacity achieving channel codes and sufficiently large block length, we have R(P T, h) = ln(1 + |h|2P T ) nats.
This mechanism results in average throughput gains of 40% assuming capacity is calculated with Shannon formula and regardless of the cost of signaling in the selection of the best relay.
