β Scribed by K.V. Brushlinskii
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
A time-marching method is presented for the calculation of two-dimensional, high-speed channel flow, including the usually neglected terms of slope and bottom friction. Time-marching methods are potentially the most flexible means of calculating flow through geometrically complex channel passages, s
Numerical simulations have been performed to analyze the electric current density in an aqueous solution of CuSO,, flowing in a two-dimensional channel with finite electrodes placed symmetrically on opposite sides. A Butler-Volmer law is chosen as a boundary condition on the electrodes for current d
A method for computing unsteady incompressible viscous ows on moving or deforming meshes is described. It uses a well-established time-marching ΓΏnite-volume ow solver, developed for steady compressible ows past rigid bodies. Time-marching methods cannot be applied directly to incompressible ows beca