Sentence examples for the present computation from inspiring English sources
The overall characteristics of the measured static force coefficients were well captured by the present computation.
Bifurcation of the heat release rate peak in an ignition phase at the high wall temperature side, which has been observed in previous experimental and theoretical studies, was successfully reproduced by the present computation.
The above is important in context of the present computation and can also be cross-checked from the relation between bulk modulus and Reuss's shear modulus: B T = λ + 2 G H/3. Furthermore, G H approaches zero for fluids and hence the Poisson's ratio is ~0.5.
The present computation is based on the electrostatic continuum model created by solving the LPB equation with the MEAD program [18].
The main advantage of the present computation is that the gene-gene regulatory relations provided by KEGG are experimentally verified, which are highly reliable records.
The present computations involved cases with different incoming wind directions and changes in the intake geometry.
In the present computations, the LOI values at zero gravity were lower than those at normal gravity.
The corresponding PGA values are also listed in Table 1 (ranging from 0.8 to 4.2 m/s2), but actual PGA values have no importance in the present computations because only the linear response is considered.
The present computations are then used to capture the evolution of surface and sub-surface fields for different levels of partial slip, interfacial friction and externally imposed mean stress values.
Four test cases considered herein for validating the present computations and demonstrating the accuracy and robustness of the solution algorithm are: unsteady Couette flow and steady flow in a 2-D cavity with non-uniform grid and steady and unsteady flows over a circular cylinder and the NACA0012 hydrofoil at different flow conditions.
The presented computation model underlines the significance of different risk components, providing valuable guidance for improving risk-based ship designs.
