Research Article
Parallel Simulation of HGMS of Weakly Magnetic Nanoparticles in Irrotational Flow of Inviscid Fluid
| (1) Assign initial concentration to every elements in array old_c and new_c. | | (2) while (time < end_time) do | | { | | /* Increase normalized time */ | | Loop1: FOR () /* For all discrete angle */ | | { Begin: Find column index “” of “special” element. | | Check the value . | | IF ( is on the upstream side) DO | | { /* Assign upstream boundary condition */ | | new_c[][] = . | | Apply (5) to compute new_c[][] for | | . | | Apply (6) to compute new_c[][] which is | | the special element } | | ELSE IF ( is on the downstream side) DO | | { Apply (6) to compute new_c[][] which is | | the special element. | | Apply (5) to compute new_c[][] for | | . | | /* Assign downstream boundary condition */ | | new_c[][] = old_c[][]. } | | /* Assign array new_c to old_c for | | computing at next discrete time */ | | Loop2: FOR () | | Loop3: FOR () {old_c[][] = new_c[][] }. | | end:} /* End of simulation */ | | (3) Save concentration results in all elements. |
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