#! File written Tue Oct 11 16:35:19 2022 #! MFiX version 22.3 by am4950 on hpca323-pc ### Run controls description = 'DEM fluid simulation' run_name = 'Demtutorial3' units = 'SI' run_type = 'new' tstop = 500.0 dt = 1.0000e-04 dt_min = 1.0000e-07 dt_max = 1.0000e-03 res_dt = 0.1 batch_wallclock = 345600.0 chk_batchq_end = .True. drag_c1 = 0.8 drag_d1 = 2.65 energy_eq = .True. nodesi = 1 nodesj = 1 nodesk = 1 term_buffer = 180.0 full_log = .True. momentum_x_eq(0) = .True. momentum_y_eq(0) = .True. momentum_z_eq(0) = .True. project_version = '289' species_eq(0) = .True. species_eq(1) = .True. ### Physical parameters gravity_x = 0.0 gravity_y = -9.80665 gravity_z = 0.0 ### Cartesian grid cartesian_grid = .False. use_stl = .False. ### Numeric detect_stall = .False. max_inlet_vel_fac = 7.0 max_nit = 50 norm_g = 0.0 dil_ep_s = 0.0001 zero_x_gs = 1.0000e-07 ### Geometry coordinates = 'CARTESIAN' imax = 4 jmax = 20 kmax = 5 x_max = 0.03 x_min = 0 y_max = 0.16 y_min = 0 z_max = 0.04 z_min = 0 #### Fluid nmax_g = 2 # Fluid species 1: N2 species_g(1) = 'N2' species_alias_g(1) = 'N2' # Fluid species 2: CO2 species_g(2) = 'CO2' species_alias_g(2) = 'CO2' # Fluid species 3 #### Solids mmax = 1 # Solid 1: solids solids_model(1) = 'DEM' d_p0(1) = 0.002 ro_s0(1) = 1759.0 nmax_s(1) = 3 cgp_stat_wt(1) = 8.0 des_em(1) = 0.7 e_young_actual(1) = 7.0000e+10 k_s0(1) = 1.35 ks_model(1) = 'MUSSER' v_poisson_actual(1) = 0.34 # Solid 1 species 1: CaCO3_s species_s(1,1) = 'CaCO3_s' species_alias_s(1,1) = 'CaCO3_s' # Solid 1 species 2: CaO_cr species_s(1,2) = 'CaO_cr' species_alias_s(1,2) = 'CaO_cr' # Solid 1 species 3: AL2O3_a species_s(1,3) = 'AL2O3_a' species_alias_s(1,3) = 'AL2O3_a' ### Initial conditions # Initial condition 1: Background IC ic_x_e(1) = 0.03 #!MFIX-GUI eq{float(xmax)} ic_x_w(1) = 0.0 #!MFIX-GUI eq{float(xmin)} ic_y_s(1) = 0.0 #!MFIX-GUI eq{float(ymin)} ic_y_n(1) = 0.16 #!MFIX-GUI eq{float(ymax)} ic_z_b(1) = 0.0 #!MFIX-GUI eq{float(zmin)} ic_z_t(1) = 0.04 #!MFIX-GUI eq{float(zmax)} ic_des_fit_to_region(1) = .False. ic_ep_g(1) = 1.0 ic_t_g(1) = 1123.0 ic_u_g(1) = 0.0 ic_v_g(1) = 0.0 ic_w_g(1) = 0.0 ic_gama_rg(1) = 0.0 ic_p_g(1) = 101325.0 ic_t_rg(1) = 293.15 ic_x_g(1,1) = 1.0 !N2 ic_x_g(1,2) = 0.0 !CO2 ic_ep_s(1,1) = 0.0 ic_t_s(1,1) = 1123.0 ic_theta_m(1,1) = 0.0 ic_u_s(1,1) = 0.0 ic_v_s(1,1) = 0.0 ic_w_s(1,1) = 0.0 ic_gama_rs(1,1) = 0.0 ic_t_rs(1,1) = 293.15 ic_x_s(1,1,1) = 1.0 !CaCO3_s ic_x_s(1,1,2) = 0.0 !CaO_cr ic_x_s(1,1,3) = 0.0 !AL2O3_a # Initial condition 2: bed ic_x_e(2) = 0.03 #!MFIX-GUI eq{float(xmax)} ic_x_w(2) = 0.0 #!MFIX-GUI eq{float(xmin)} ic_y_s(2) = 0.0 #!MFIX-GUI eq{float(ymin)} ic_y_n(2) = 0.128 #!MFIX-GUI eq{float(ymax/1.25)} ic_z_b(2) = 0.0 #!MFIX-GUI eq{float(zmin)} ic_z_t(2) = 0.04 #!MFIX-GUI eq{float(zmax)} ic_des_fit_to_region(2) = .False. ic_t_g(2) = 1123.0 ic_u_g(2) = 0.0 ic_v_g(2) = 0.0 ic_w_g(2) = 0.0 ic_gama_rg(2) = 0.0 ic_p_g(2) = 101325.0 ic_t_rg(2) = 293.15 ic_x_g(2,1) = 1.0 !N2 ic_x_g(2,2) = 0.0 !CO2 ic_t_s(2,1) = 1123.0 ic_theta_m(2,1) = 0.0 ic_u_s(2,1) = 0.0 ic_v_s(2,1) = 0.0 ic_w_s(2,1) = 0.0 ic_des_np(2,1) = 4212 ic_gama_rs(2,1) = 0.0 ic_t_rs(2,1) = 293.15 ic_x_s(2,1,1) = 0.8 !CaCO3_s ic_x_s(2,1,2) = 0.0 !CaO_cr ic_x_s(2,1,3) = 0.2 !AL2O3_a # Boundary conditions # Boundary condition 1: inlet bc_type(1) = 'MI' bc_x_e(1) = 0.03 #!MFIX-GUI eq{float(xmax)} bc_x_w(1) = 0.0 #!MFIX-GUI eq{float(xmin)} bc_y_s(1) = 0.0 #!MFIX-GUI eq{float(ymin)} bc_y_n(1) = 0.0 #!MFIX-GUI eq{float(ymin)} bc_z_b(1) = 0.0 #!MFIX-GUI eq{float(zmin)} bc_z_t(1) = 0.04 #!MFIX-GUI eq{float(zmax)} bc_ep_g(1) = 1.0 bc_p_g(1) = 1.0132e+05 bc_t_g(1) = 1473.0 bc_u_g(1) = 0.0 bc_v_g(1) = 4.0 bc_w_g(1) = 0.0 bc_mi_end_time(1) = 0.1 bc_mi_start_time(1) = 0.0 bc_x_g(1,1) = 1.0 !N2 bc_x_g(1,2) = 0.0 !CO2 # Solid 1: solids bc_ep_s(1,1) = 0.0 bc_t_s(1,1) = 1773.0 bc_u_s(1,1) = 0.0 bc_v_s(1,1) = 0.0 bc_w_s(1,1) = 0.0 bc_x_s(1,1,1) = 0.8 !CaCO3_s bc_x_s(1,1,2) = 0.2 !CaO_cr bc_x_s(1,1,3) = 0.0 !AL2O3_a # Boundary condition 7: outlet bc_type(7) = 'PO' bc_x_e(7) = 0.03 #!MFIX-GUI eq{float(xmax)} bc_x_w(7) = 0.0 #!MFIX-GUI eq{float(xmin)} bc_y_s(7) = 0.16 #!MFIX-GUI eq{float(ymax)} bc_y_n(7) = 0.16 #!MFIX-GUI eq{float(ymax)} bc_z_b(7) = 0.0 #!MFIX-GUI eq{float(zmin)} bc_z_t(7) = 0.04 #!MFIX-GUI eq{float(zmax)} bc_p_g(7) = 101325.0 # Boundary condition 8: left bc_type(8) = 'NSW' bc_x_e(8) = 0.0 #!MFIX-GUI eq{float(xmin)} bc_x_w(8) = 0.0 #!MFIX-GUI eq{float(xmin)} bc_y_s(8) = 0.0 #!MFIX-GUI eq{float(ymin)} bc_y_n(8) = 0.16 #!MFIX-GUI eq{float(ymax)} bc_z_b(8) = 0.0 #!MFIX-GUI eq{float(zmin)} bc_z_t(8) = 0.04 #!MFIX-GUI eq{float(zmax)} bc_c_t_g(8) = 0.0 bc_hw_t_g(8) = 0.0 bc_jj_ps(8) = 0 bc_uw_g(8) = 0.0 bc_vw_g(8) = 0.0 bc_ww_g(8) = 0.0 bc_c_x_g(8,1) = 0 !N2 bc_hw_x_g(8,1) = 0.0 !N2 bc_c_x_g(8,2) = 0 !CO2 bc_hw_x_g(8,2) = 0.0 !CO2 # Solid 1: solids bc_c_t_s(8,1) = 0.0 bc_hw_t_s(8,1) = 0.0 bc_c_x_s(8,1,1) = 0.0 !CaCO3_s bc_hw_x_s(8,1,1) = 0.0 !CaCO3_s bc_c_x_s(8,1,2) = 0.0 !CaO_cr bc_hw_x_s(8,1,2) = 0.0 !CaO_cr bc_c_x_s(8,1,3) = 0.0 !AL2O3_a bc_hw_x_s(8,1,3) = 0.0 !AL2O3_a # Boundary condition 9: right bc_type(9) = 'NSW' bc_x_e(9) = 0.03 #!MFIX-GUI eq{float(xmax)} bc_x_w(9) = 0.03 #!MFIX-GUI eq{float(xmax)} bc_y_s(9) = 0.0 #!MFIX-GUI eq{float(ymin)} bc_y_n(9) = 0.16 #!MFIX-GUI eq{float(ymax)} bc_z_b(9) = 0.0 #!MFIX-GUI eq{float(zmin)} bc_z_t(9) = 0.04 #!MFIX-GUI eq{float(zmax)} bc_c_t_g(9) = 0.0 bc_hw_t_g(9) = 0.0 bc_jj_ps(9) = 0 bc_uw_g(9) = 0.0 bc_vw_g(9) = 0.0 bc_ww_g(9) = 0.0 bc_c_x_g(9,1) = 0 !N2 bc_hw_x_g(9,1) = 0.0 !N2 bc_c_x_g(9,2) = 0 !CO2 bc_hw_x_g(9,2) = 0.0 !CO2 # Solid 1: solids bc_c_t_s(9,1) = 0.0 bc_hw_t_s(9,1) = 0.0 bc_c_x_s(9,1,1) = 0.0 !CaCO3_s bc_hw_x_s(9,1,1) = 0.0 !CaCO3_s bc_c_x_s(9,1,2) = 0.0 !CaO_cr bc_hw_x_s(9,1,2) = 0.0 !CaO_cr bc_c_x_s(9,1,3) = 0.0 !AL2O3_a bc_hw_x_s(9,1,3) = 0.0 !AL2O3_a # Boundary condition 10: front bc_type(10) = 'NSW' bc_x_e(10) = 0.03 #!MFIX-GUI eq{float(xmax)} bc_x_w(10) = 0.0 #!MFIX-GUI eq{float(xmin)} bc_y_s(10) = 0.0 #!MFIX-GUI eq{float(ymin)} bc_y_n(10) = 0.16 #!MFIX-GUI eq{float(ymax)} bc_z_b(10) = 0.04 #!MFIX-GUI eq{float(zmax)} bc_z_t(10) = 0.04 #!MFIX-GUI eq{float(zmax)} bc_c_t_g(10) = 0.0 bc_hw_t_g(10) = 0.0 bc_jj_ps(10) = 0 bc_uw_g(10) = 0.0 bc_vw_g(10) = 0.0 bc_ww_g(10) = 0.0 bc_c_x_g(10,1) = 0 !N2 bc_hw_x_g(10,1) = 0.0 !N2 bc_c_x_g(10,2) = 0 !CO2 bc_hw_x_g(10,2) = 0.0 !CO2 # Solid 1: solids bc_c_t_s(10,1) = 0.0 bc_hw_t_s(10,1) = 0.0 bc_c_x_s(10,1,1) = 0.0 !CaCO3_s bc_hw_x_s(10,1,1) = 0.0 !CaCO3_s bc_c_x_s(10,1,2) = 0.0 !CaO_cr bc_hw_x_s(10,1,2) = 0.0 !CaO_cr bc_c_x_s(10,1,3) = 0.0 !AL2O3_a bc_hw_x_s(10,1,3) = 0.0 !AL2O3_a # Boundary condition 11: back bc_type(11) = 'NSW' bc_x_e(11) = 0.03 #!MFIX-GUI eq{float(xmax)} bc_x_w(11) = 0.0 #!MFIX-GUI eq{float(xmin)} bc_y_s(11) = 0.0 #!MFIX-GUI eq{float(ymin)} bc_y_n(11) = 0.16 #!MFIX-GUI eq{float(ymax)} bc_z_b(11) = 0.0 #!MFIX-GUI eq{float(zmin)} bc_z_t(11) = 0.0 #!MFIX-GUI eq{float(zmin)} bc_c_t_g(11) = 0.0 bc_hw_t_g(11) = 0.0 bc_jj_ps(11) = 0 bc_uw_g(11) = 0.0 bc_vw_g(11) = 0.0 bc_ww_g(11) = 0.0 bc_c_x_g(11,1) = 0 !N2 bc_hw_x_g(11,1) = 0.0 !N2 bc_c_x_g(11,2) = 0 !CO2 bc_hw_x_g(11,2) = 0.0 !CO2 # Solid 1: solids bc_c_t_s(11,1) = 0.0 bc_hw_t_s(11,1) = 0.0 bc_c_x_s(11,1,1) = 0.0 !CaCO3_s bc_hw_x_s(11,1,1) = 0.0 !CaCO3_s bc_c_x_s(11,1,2) = 0.0 !CaO_cr bc_hw_x_s(11,1,2) = 0.0 !CaO_cr bc_c_x_s(11,1,3) = 0.0 !AL2O3_a bc_hw_x_s(11,1,3) = 0.0 !AL2O3_a # VTK outputs write_vtk_files = .True. time_dependent_filename = .True. # VTK output 1: Background IC vtk_filebase(1) = 'particle' vtk_x_e(1) = 0.03 #!MFIX-GUI eq{float(xmax)} vtk_x_w(1) = 0.0 #!MFIX-GUI eq{float(xmin)} vtk_y_s(1) = 0.0 #!MFIX-GUI eq{float(ymin)} vtk_y_n(1) = 0.16 #!MFIX-GUI eq{float(ymax)} vtk_z_b(1) = 0.0 #!MFIX-GUI eq{float(zmin)} vtk_z_t(1) = 0.04 #!MFIX-GUI eq{float(zmax)} vtk_data(1) = 'P' vtk_dt(1) = 0.5 vtk_nxs(1) = 0 vtk_nys(1) = 0 vtk_nzs(1) = 0 vtk_part_density(1) = .True. vtk_part_diameter(1) = .True. vtk_part_temp(1) = .True. vtk_part_vel(1) = .True. # VTK output 2: Background IC vtk_filebase(2) = 'gas' vtk_x_e(2) = 0.03 #!MFIX-GUI eq{float(xmax)} vtk_x_w(2) = 0.0 #!MFIX-GUI eq{float(xmin)} vtk_y_s(2) = 0.0 #!MFIX-GUI eq{float(ymin)} vtk_y_n(2) = 0.16 #!MFIX-GUI eq{float(ymax)} vtk_z_b(2) = 0.0 #!MFIX-GUI eq{float(zmin)} vtk_z_t(2) = 0.04 #!MFIX-GUI eq{float(zmax)} vtk_data(2) = 'C' vtk_dt(2) = 0.5 vtk_nxs(2) = 0 vtk_nys(2) = 0 vtk_nzs(2) = 0 vtk_ep_g(2) = .True. vtk_t_g(2) = .True. vtk_vel_g(2) = .True. vtk_x_g(2,1) = .True. !N2 vtk_y_g(2,1) = .True. !N2 vtk_x_g(2,2) = .True. !CO2 vtk_y_g(2,2) = .True. !CO2 vtk_des_rrate(2,1) = .True. vtk_rrate(2,1) = .True. vtk_rrate_label(2,1) = 'cal' # Monitors # Monitor 1: Background IC monitor_type(1) = 104 !Average monitor_name(1) = 'particle' monitor_x_e(1) = 0.03 #!MFIX-GUI eq{float(xmax)} monitor_x_w(1) = 0.0 #!MFIX-GUI eq{float(xmin)} monitor_y_s(1) = 0.0 #!MFIX-GUI eq{float(ymin)} monitor_y_n(1) = 0.16 #!MFIX-GUI eq{float(ymax)} monitor_z_b(1) = 0.0 #!MFIX-GUI eq{float(zmin)} monitor_z_t(1) = 0.04 #!MFIX-GUI eq{float(zmax)} monitor_dt(1) = 0.01 monitor_pmass(1) = .True. monitor_pvol(1) = .True. monitor_radius(1) = .True. monitor_ro_p(1) = .True. monitor_t_p(1) = .True. monitor_x_p(1,1) = .True. !N2 monitor_x_p(1,2) = .True. !CO2 monitor_x_p(1,3) = .True. monitor_part_rrate(1,1) = .True. # Monitor 2: Background IC monitor_type(2) = 4 !Average monitor_name(2) = 'gas' monitor_x_e(2) = 0.03 #!MFIX-GUI eq{float(xmax)} monitor_x_w(2) = 0.0 #!MFIX-GUI eq{float(xmin)} monitor_y_s(2) = 0.0 #!MFIX-GUI eq{float(ymin)} monitor_y_n(2) = 0.16 #!MFIX-GUI eq{float(ymax)} monitor_z_b(2) = 0.0 #!MFIX-GUI eq{float(zmin)} monitor_z_t(2) = 0.04 #!MFIX-GUI eq{float(zmax)} monitor_dt(2) = 0.01 monitor_ep_g(2) = .True. monitor_ro_g(2) = .True. monitor_t_g(2) = .True. monitor_x_g(2,1) = .True. !N2 monitor_x_g(2,2) = .True. !CO2 # Monitor 3: inlet monitor_type(3) = 8 !Mass flow rate monitor_name(3) = 'mass flow in' monitor_x_e(3) = 0.03 #!MFIX-GUI eq{float(xmax)} monitor_x_w(3) = 0.0 #!MFIX-GUI eq{float(xmin)} monitor_y_s(3) = 0.0 #!MFIX-GUI eq{float(ymin)} monitor_y_n(3) = 0.0 #!MFIX-GUI eq{float(ymin)} monitor_z_b(3) = 0.0 #!MFIX-GUI eq{float(zmin)} monitor_z_t(3) = 0.04 #!MFIX-GUI eq{float(zmax)} monitor_dt(3) = 0.01 monitor_ep_g(3) = .True. # Monitor 4: inlet monitor_type(4) = 4 !Average monitor_name(4) = 'inlet temp' monitor_x_e(4) = 0.03 #!MFIX-GUI eq{float(xmax)} monitor_x_w(4) = 0.0 #!MFIX-GUI eq{float(xmin)} monitor_y_s(4) = 0.0 #!MFIX-GUI eq{float(ymin)} monitor_y_n(4) = 0.0 #!MFIX-GUI eq{float(ymin)} monitor_z_b(4) = 0.0 #!MFIX-GUI eq{float(zmin)} monitor_z_t(4) = 0.04 #!MFIX-GUI eq{float(zmax)} monitor_dt(4) = 0.01 monitor_ep_g(4) = .True. monitor_ro_g(4) = .True. monitor_t_g(4) = .True. monitor_u_g(4) = .True. monitor_v_g(4) = .True. monitor_w_g(4) = .True. monitor_x_g(4,1) = .True. !N2 monitor_y_g(4,1) = .True. !N2 monitor_x_g(4,2) = .True. !CO2 monitor_y_g(4,2) = .True. !CO2 # Monitor 5: outlet monitor_type(5) = 8 !Mass flow rate monitor_name(5) = 'mass flow out' monitor_x_e(5) = 0.03 #!MFIX-GUI eq{float(xmax)} monitor_x_w(5) = 0.0 #!MFIX-GUI eq{float(xmin)} monitor_y_s(5) = 0.16 #!MFIX-GUI eq{float(ymax)} monitor_y_n(5) = 0.16 #!MFIX-GUI eq{float(ymax)} monitor_z_b(5) = 0.0 #!MFIX-GUI eq{float(zmin)} monitor_z_t(5) = 0.04 #!MFIX-GUI eq{float(zmax)} monitor_dt(5) = 0.01 monitor_ep_g(5) = .True. # Monitor 6: outlet monitor_type(6) = 4 !Average monitor_name(6) = 'outlet temp' monitor_x_e(6) = 0.03 #!MFIX-GUI eq{float(xmax)} monitor_x_w(6) = 0.0 #!MFIX-GUI eq{float(xmin)} monitor_y_s(6) = 0.16 #!MFIX-GUI eq{float(ymax)} monitor_y_n(6) = 0.16 #!MFIX-GUI eq{float(ymax)} monitor_z_b(6) = 0.0 #!MFIX-GUI eq{float(zmin)} monitor_z_t(6) = 0.04 #!MFIX-GUI eq{float(zmax)} monitor_dt(6) = 0.01 monitor_ep_g(6) = .True. monitor_ro_g(6) = .True. monitor_t_g(6) = .True. monitor_u_g(6) = .True. monitor_v_g(6) = .True. monitor_w_g(6) = .True. monitor_x_g(6,1) = .True. !N2 monitor_y_g(6,1) = .True. !N2 monitor_x_g(6,2) = .True. !CO2 monitor_y_g(6,2) = .True. !CO2 ### Residuals resid_string(1) = 'P0' resid_string(2) = 'U0' resid_string(3) = 'V0' ### Discrete element model des_en_input(1) = 0.97 des_en_wall_input(1) = 0.97 des_etat_fac = 0.5 des_etat_w_fac = 0.5 des_interp_scheme = 'NONE' des_min_cond_dist = 2.0000e-06 ew_young_actual = 7.0000e+10 flpc = 0.2 gener_part_config = .True. kn = 100.0 kn_w = 100.0 kt_fac = 0.28571428571429 #!MFIX-GUI eq{float(2/7)} kt_w_fac = 0.28571428571429 #!MFIX-GUI eq{float(2/7)} mew = 0.3 mew_w = 0.3 vw_poisson_actual = 0.34 ### Two-fluid model c_e = 0.95 c_f = 0.1 ep_star = 0.42 friction_model = 'SCHAEFFER' kt_type = 'ALGEBRAIC' phi = 30.0 phi_w = 11.3 ### UDF control call_usr = .True. ### Output control nrr = 1 vtk_part_rrate(1,1) = .True. vtk_part_x_s(1,1) = .True. vtk_part_x_s(1,2) = .True. vtk_part_x_s(1,3) = .True. ### Chemical reactions stiff_chemistry = .False. # Chemical reaction section @(DES_RXNS) R1 { chem_eq = "CaCO3_s --> CO2 + CaO_cr" } @(DES_END) # MFIX-GUI section #!MFIX-GUI regions_dict = {"order": ["Background IC", "bed", "inlet", "outlet", #!MFIX-GUI "left", "right", "front", "back"], "regions": {"Background IC": #!MFIX-GUI {"to": [{"__type__": "equation", "eq": "float(xmax)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(ymax)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(zmax)"}], "from": [{"__type__": "equation", "eq": #!MFIX-GUI "float(xmin)"}, {"__type__": "equation", "eq": "float(ymin)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(zmin)"}], "color": #!MFIX-GUI "#ffffff"}, "bed": {"to": [{"__type__": "equation", "eq": #!MFIX-GUI "float(xmax)"}, {"__type__": "equation", "eq": "float(ymax/1.25)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(zmax)"}], "from": #!MFIX-GUI [{"__type__": "equation", "eq": "float(xmin)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(ymin)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(zmin)"}], "color": "#67a488"}, "inlet": {"to": [{"__type__": #!MFIX-GUI "equation", "eq": "float(xmax)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(ymin)"}, {"__type__": "equation", "eq": "float(zmax)"}], #!MFIX-GUI "from": [{"__type__": "equation", "eq": "float(xmin)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(ymin)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(zmin)"}], "color": "#ff0000", "type": #!MFIX-GUI "XZ-plane"}, "outlet": {"to": [{"__type__": "equation", "eq": #!MFIX-GUI "float(xmax)"}, {"__type__": "equation", "eq": "float(ymax)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(zmax)"}], "from": #!MFIX-GUI [{"__type__": "equation", "eq": "float(xmin)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(ymax)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(zmin)"}], "color": "#b3bdc3", "type": "XZ-plane"}, "left": #!MFIX-GUI {"to": [{"__type__": "equation", "eq": "float(xmin)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(ymax)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(zmax)"}], "from": [{"__type__": "equation", "eq": #!MFIX-GUI "float(xmin)"}, {"__type__": "equation", "eq": "float(ymin)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(zmin)"}], "color": "#0000ff", #!MFIX-GUI "type": "YZ-plane"}, "right": {"to": [{"__type__": "equation", #!MFIX-GUI "eq": "float(xmax)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(ymax)"}, {"__type__": "equation", "eq": "float(zmax)"}], #!MFIX-GUI "from": [{"__type__": "equation", "eq": "float(xmax)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(ymin)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(zmin)"}], "color": "#5500ff", "type": #!MFIX-GUI "YZ-plane"}, "front": {"to": [{"__type__": "equation", "eq": #!MFIX-GUI "float(xmax)"}, {"__type__": "equation", "eq": "float(ymax)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(zmax)"}], "from": #!MFIX-GUI [{"__type__": "equation", "eq": "float(xmin)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(ymin)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(zmax)"}], "color": "#966cbf", "type": "XY-plane"}, "back": #!MFIX-GUI {"to": [{"__type__": "equation", "eq": "float(xmax)"}, {"__type__": #!MFIX-GUI "equation", "eq": "float(ymax)"}, {"__type__": "equation", "eq": #!MFIX-GUI "float(zmin)"}], "from": [{"__type__": "equation", "eq": #!MFIX-GUI "float(xmin)"}, {"__type__": "equation", "eq": "float(ymin)"}, #!MFIX-GUI {"__type__": "equation", "eq": "float(zmin)"}], "color": "#ff00ff", #!MFIX-GUI "type": "XY-plane"}}} #!MFIX-GUI author = DELL #!MFIX-GUI created_date = 2021-02-04 19:19 #!MFIX-GUI modified_time = 2022-09-01 10:54 #!MFIX-GUI project_version = 289 #!MFIX-GUI gui_version = 22.3 #!MFIX-GUI project_notes = "" #!MFIX-GUI modified_by = DELL|am4950|ashre #!MFIX-GUI geometry = {"geometry_dict": {}, "tree": {}} #!MFIX-GUI ic_regions = [[[1], ["Background IC"]], [[2], ["bed"]]] #!MFIX-GUI parameters = {"order": ["min", "max", "xmin", "xmax", "ymin", "ymax", #!MFIX-GUI "zmin", "zmax", "km", "m", "cm", "mm", "um", "mile", "yard", "ft", #!MFIX-GUI "ins"], "parameters": {"min": 0.0, "max": 0.0, "xmin": 0, "xmax": #!MFIX-GUI 0.03, "ymin": 0, "ymax": 0.16, "zmin": 0, "zmax": 0.04, "km": #!MFIX-GUI 1000.0, "m": 1.0, "cm": 0.01, "mm": 0.001, "um": {"__type__": #!MFIX-GUI "equation", "eq": "float(1e-06)"}, "mile": 1609.34, "yard": 0.9144, #!MFIX-GUI "ft": 0.3048, "ins": 0.0254}} #!MFIX-GUI bc_regions = [[[1], ["inlet"]], [[7], ["outlet"]], [[8, 9, 10, 11], #!MFIX-GUI ["left", "right", "front", "back"]]] #!MFIX-GUI retained_keys = {"particles": 0, "k_s0(1)": 1.0, "c_ps0(1)": 900.0, #!MFIX-GUI "mw_avg": 29.0, "ro_g0": 1.0, "mu_g0": 1.8e-05, "ic_ep_s(2,1)": #!MFIX-GUI 0.4, "ic_des_np(2,1)": 4212, "des_usr_var_size": 3} #!MFIX-GUI vtk_regions = [[[1], ["Background IC"]], [[2], ["Background IC"]]] #!MFIX-GUI mfix_exe = C:\adaf\mfixsolver.bat #!MFIX-GUI queue_template = {"JOB_NAME": "${PROJECT_NAME}", "CORES": 40, #!MFIX-GUI "QUEUE": "general", "LONG": "", "MODULES": [], "template": "Joule"} #!MFIX-GUI OMP_NUM_THREADS = 4 #!MFIX-GUI submit_to_queue = 0 #!MFIX-GUI BUILD_DMP = 0 #!MFIX-GUI BUILD_INTERACTIVE = PYMFIX #!MFIX-GUI BUILD_PARALLEL = 1 #!MFIX-GUI BUILD_SMP = 0 #!MFIX-GUI BUILD_TYPE = RELWITHDEBINFO #!MFIX-GUI solids_phase_name(1) = solids #!MFIX-GUI pic_const_statwt(1) = 1.0 #!MFIX-GUI monitor_regions = [[1, "Background IC"], [2, "Background IC"], [3, #!MFIX-GUI "inlet"], [4, "inlet"], [5, "outlet"], [6, "outlet"]] THERMO DATA AL2O3_a User Defined 0.S 200.000 1200.000 B 101.96128 1 2.60994032E+00 3.76023553E-02-4.63474789E-05 2.73301680E-08-6.21672705E-12 2 -2.03702845E+05-1.83258490E+01-8.37648940E+00 1.09323686E-01-2.25731157E-04 3 2.29482917E-07-9.22595951E-11-2.02316511E+05 2.94431298E+01 0.00000000E+00 4 CaCO3_s User Defined 0.S 298.150 1603.000 B 100.08690 1 5.94647798E+00 1.91765678E-02-1.66000054E-05 7.85210499E-09-1.40402271E-12 2 -1.47521044E+05-2.77368633E+01-2.50152178E+00 7.21586273E-02-1.31639435E-04 3 1.13997834E-07-3.70443813E-11-1.46625958E+05 8.68568724E+00-1.45119797E+05 4 CaO_cr User Defined 0.S 200.000 500.000 B 56.07740 1 0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00 0.00000000E+00 2 0.00000000E+00 0.00000000E+00 3.33404283E+00-1.29597249E-02 1.36895215E-04 3 -3.17712749E-07 2.32694577E-10-7.74723210E+04-1.42871304E+01-7.63628885E+04 4 CO2 User Defined 0.G 200.000 6000.000 B 44.00980 1 4.63651110E+00 2.74145690E-03-9.95897590E-07 1.60386660E-10-9.16198570E-15 2 -4.90249040E+04-1.93489550E+00 2.35681300E+00 8.98412990E-03-7.12206320E-06 3 2.45730080E-09-1.42885480E-13-4.83719710E+04 9.90090350E+00-4.73281050E+04 4 N2 User Defined 0.G 200.000 6000.000 B 28.01340 1 2.95257637E+00 1.39690040E-03-4.92631603E-07 7.86010195E-11-4.60755204E-15 2 -9.23948688E+02 5.87188762E+00 3.53100528E+00-1.23660988E-04-5.02999433E-07 3 2.43530612E-09-1.40881235E-12-1.04697628E+03 2.96747038E+00 0.00000000E+00 4