turboflow.axial_turbine package

Submodules

• turboflow.axial_turbine.choking_model module
• turboflow.axial_turbine.design_optimization module
  • BlackBoxOptimization
    • BlackBoxOptimization.export_optimization_process()
    • BlackBoxOptimization.find_champion()
    • BlackBoxOptimization.print_optimization_process()
    • BlackBoxOptimization.update_optimization_process()
  • CascadesOptimizationProblem
    • CascadesOptimizationProblem.convert_performance_analysis_results()
    • CascadesOptimizationProblem.evaluate_constraints()
    • CascadesOptimizationProblem.fitness()
    • CascadesOptimizationProblem.fitness_black_box_constrained()
    • CascadesOptimizationProblem.fitness_gradient_based()
    • CascadesOptimizationProblem.fitness_gradient_free()
    • CascadesOptimizationProblem.get_bounds()
    • CascadesOptimizationProblem.get_constraints()
    • CascadesOptimizationProblem.get_given_bounds()
    • CascadesOptimizationProblem.get_nec()
    • CascadesOptimizationProblem.get_nested_value()
    • CascadesOptimizationProblem.get_nic()
    • CascadesOptimizationProblem.get_objective_function()
    • CascadesOptimizationProblem.get_omega()
    • CascadesOptimizationProblem.index_variables()
    • CascadesOptimizationProblem.init_black_box_constrained()
    • CascadesOptimizationProblem.init_gradient_based()
    • CascadesOptimizationProblem.init_gradient_free()
    • CascadesOptimizationProblem.update_boundary_conditions()
  • SolverContainer
  • build_config()
  • compute_optimal_turbine()
• turboflow.axial_turbine.deviation_model module
  • get_exit_flow_angle_ainley_mathieson()
  • get_exit_flow_angle_aungier()
  • get_exit_flow_angle_zero_deviation()
  • get_subsonic_deviation()
• turboflow.axial_turbine.flow_model module
  • compute_blockage_boundary_layer()
  • compute_efficiency_breakdown()
  • compute_overall_performance()
  • compute_stage_performance()
  • evaluate_axial_turbine()
  • evaluate_cascade()
  • evaluate_cascade_exit()
  • evaluate_cascade_inlet()
  • evaluate_cascade_interspace()
  • evaluate_cascade_throat()
  • evaluate_velocity_triangle_in()
  • evaluate_velocity_triangle_out()
• turboflow.axial_turbine.geometry_model module
  • calculate_full_geometry()
  • calculate_throat_radius()
  • check_turbine_geometry()
  • prepare_geometry()
  • validate_turbine_geometry()
• turboflow.axial_turbine.loss_model module
  • LOSS_COEFFICIENTS
  • LOSS_MODELS
  • apply_tuning_factors()
  • evaluate_loss_model()
• turboflow.axial_turbine.loss_model_benner module
  • F_t()
  • compute_losses()
  • convert_kinetic_energy_coefficient()
  • get_compressible_correction_factors()
  • get_hub_to_mean_mach_ratio()
  • get_incidence_loss()
  • get_incidence_parameter()
  • get_incidence_profile_loss_increment()
  • get_penetration_depth()
  • get_profile_loss()
  • get_secondary_loss()
  • get_tip_clearance_loss()
  • get_trailing_edge_loss()
  • impulse_blades()
  • nozzle_blades()
• turboflow.axial_turbine.loss_model_kacker_okapuu module
  • compute_losses()
  • get_compressible_correction_factors()
  • get_hub_to_mean_mach_ratio()
  • get_profile_loss()
  • get_secondary_loss()
  • get_tip_clearance_loss()
  • get_trailing_edge_loss()
  • impulse_blades()
  • nozzle_blades()
• turboflow.axial_turbine.loss_model_moustapha module
  • compute_losses()
  • convert_kinetic_energy_coefficient()
  • get_compressible_correction_factors()
  • get_hub_to_mean_mach_ratio()
  • get_incidence_loss()
  • get_incidence_parameter()
  • get_profile_loss()
  • get_secondary_loss()
  • get_secondary_loss_correction_factor()
  • get_tip_clearance_loss()
  • get_trailing_edge_loss()
  • impulse_blades()
  • nozzle_blades()
• turboflow.axial_turbine.performance_analysis module
  • CascadesNonlinearSystemProblem
    • CascadesNonlinearSystemProblem.residual()
    • CascadesNonlinearSystemProblem.scale_values()
    • CascadesNonlinearSystemProblem.update_boundary_conditions()
  • SOLVER_MAP
  • calculate_enthalpy_residual_1()
  • compute_performance()
  • compute_single_operation_point()
  • find_closest_operation_point()
  • generate_operation_points()
  • get_heuristic_guess()
  • get_initial_guess()
  • get_operation_point_distance()
  • get_unkown()
  • latin_hypercube_sampling()
  • print_boundary_conditions()
  • print_operation_points()
  • print_simulation_summary()
  • validate_operation_point()