Sentence examples for hourly capacity from inspiring English sources

When work began, however, the mud was not as soft as anticipated so the dredger's hourly capacity was lower, meaning the project would be much delayed and flagrantly overshoot its budget.

The following independent variables are used in the modeling process: moisture content, hourly capacity, type of produced asphalt mix and the temperature of produced asphalt.

With 6,000 SKUs and 2,500 customers, the team had to crunch reams of data, but the basic ABC process was straightforward: Calculate the hourly (capacity) cost of the resources that performed each sales, production, administrative, storage, and distribution process and the time that each order required at each stage.

Calculate the hourly capacity of coal transportation Q: Q = { 36}00,VArho (18)where V is 1.77 m/s; A is the cross-section of loads as to rear conveyor, because the top of the cross-section is open, based on the coals rest angle of 30°, the calculated coal transportation area A = 0.63 m2; ρ is the loose coal density, 0.85 1.0 t/m3, select 0.9 t/m3.

This configuration allows the ride to achieve a theoretical hourly capacity of 650 riders per hour.

This gives the ride a theoretical hourly capacity of 1500 riders per hour.

In the simulation, the flow restrictions were found in the processes for separating brown rice and for sorting coloured rice and needed an increase in the hourly capacities of the brown rice separator and the rice colour sorter.

The hourly heating capacity of the ground-coupled heat pump is also increased by 19 65%.

Taking into account that the desalination plant has an hourly nominal capacity of 8.25 m3, the restrictions in Equation 5 have to be considered.

(43 where Δ i and Δ j represent the feasible re-dispatch limit to accommodate the variable wind power, such as 10/60 30/600) of hourly ramping capacity of thermal units (electrolyzers).

To obtain the hourly traffic capacity Ch, special conversion factors are used [21] and Ch is then calculated from C_{{rm h}} = L_{{rm eff}}, 750, frac{{rm cars}}{{rm hour}} (1 where (L_{text{eff}}) is the effective number of lanes.