TIME 0[s] ""
rpm 20[1/min] "Mixer revolutions"
frev_out0 7[1] "Start revolution, storing fluid fields"
frev_outEnd 10[1] "End revolution, storing fluid fields"
rev_t 1/rpm "Revolution time"
frev_t0 frev_out0/rpm "Start time, storing fluid fields"
frev_tEnd frev_outEnd/rpm "End time, storing fluid fields"
rev_n 20 "Number of time steps to store per revolution"
rev_dt rev_t/rev_n "Time step between stored time steps"
inject_x 0.3[m] "Injection point, x-component"
inject_y inject_x "Injection point, y-component"
tank_R 0.5[m] "Tank radius"
blade_R 0.25[m] "Blade radius"
baffle_L 0.1[m] "Baffle length"
tank_A pi*tank_R^2 "Tank cross section area"
blade_Utip 2*pi*blade_R*rpm "Blade tip speed"
mix_revs 40[1] "Mixing revolutions to simulate"