Sentence examples for because of the computational expense from inspiring English sources

Because of the computational expense of the oscillating yaw and turbulence computations, an investigation is carried out to study the accuracy of using the force time histories from steady yaw computation in indicial fashion to simulate the unsteady yaw cases.

Historically QM methods were primarily limited to smaller systems because of the computational expense, but these methods are now tenable for larger systems because of the advent of fractional QM methods.

Reduced chemical kinetic models are often used to simulate the kinetics of full-scale DeNOx systems because of the computational expense of combining a detailed description of fluid dynamics and a complete mechanism of reaction.

Reduced chemical kinetic models are often used in place of a detailed mechanism because of the computational expense of solving the complete set of equations describing the reacting system.

Because of the computational expense of such long runs, studies have traditionally used specified CH4 mixing ratio lower boundary conditions (BCs) and then applied a simple parameterization based on the change in CH4 lifetime between the control and NOx-perturbed simulations to estimate the change in CH4 concentration induced by NOx emissions.

Because of the computational expense of the NMODE calculations, 240 snapshots were used from the last 24 ns of the molecular dynamics simulations with 100 ps time intervals.

Table 4 gives an indication of the computational expense for including delays.

This is expected because the computational expense in MMCM is roughly proportional to the mesh density multiplied by the fluence distribution, not to the absolute numbers of elements or nodes.

In the simulations performed to produce the results of Figure 4, compartment sizes were scaled by a factor of 0.2 to decrease the computational expense of simulation.

Without preselection of the descriptor variables, the computational expense of cross-validation could be prohibitive.

This is because the structure may respond in a geometrically nonlinear manner, making the computational expense of direct numerical integration in physical degrees of freedom prohibitive.