Numerical Simulation of Sediment Movement and Deposition in a Meandering Channel

The numerical simulation of experimental results with three different turbulence models: k - ε and SST, both isotropic, and EARSM, anisotropic, allowed to verify that

was determined dividing the resistant shear force of the complete connection (last converged step) by the resistant shear force of the unitary model.. Table 4: Variables

The mass flow rate of each injection, which has no impact on the droplet trajectory calculation, is now used in the calculation of the second phase effect on the gas phase.. It

That algorithm is represented, in Java, by the class Algorithm, based on a representation of the Octave algorithm through a list of iterations (each iteration is

The current study explores the effect of self-stratification on sediment diffusivity using suspended sediment concentration data from direct numerical simulations (DNS) of

For successful numerical simulation and forecast of the 5 July 2011 and similar events, it is necessary to have a high- resolution numerical model (Vukovic et al., 2011; Raman

For velocity 60 m/s, the heated tube reports lowest temperature increment with the 15 mm long spacer that is located at 1.5 mm from the tube; for velocity 15 m/s this is seen in

The verification of the numerical model was carried out by comparing the calculated maximum tensile stress values σ x max and σ y max , the length of tensile