eMach
stable
Getting Started
Pre-requisites
Tutorials
User Guide
User Guide
Analyzers
Electromagnetic Analyzers
Mechanical Analyzers
Machine Designs
BSPM Design
SynR Design
Guidelines
1. Contribution Guidelines
2. Code Guidelines
3. Documentation Guidelines
4. Maintainer Guidelines
Code
eMach
eMach
Index
Edit on GitHub
Index
A
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B
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C
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D
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E
|
F
|
G
|
H
|
I
|
K
|
L
|
M
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N
|
O
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P
|
Q
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R
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S
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T
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U
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W
|
Z
A
A (mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
air_gap (mach_eval.analyzers.mechanical.windage_loss.WindageLossProblem attribute)
air_gap_conv (class in mach_eval.analyzers.mechanical.thermal_network)
AirflowAnalyzer (class in mach_eval.analyzers.mechanical.rotor_thermal)
AirflowProblem (class in mach_eval.analyzers.mechanical.rotor_thermal)
alpha_1 (mach_eval.analyzers.electromagnetic.winding_factors.WindingFactorsProblem attribute)
alpha_p (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
alpha_q (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
alpha_slot (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
alpha_so (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem1 attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem2 attribute)
AnalysisStep (class in mach_eval)
analyze() (mach_eval.Analyzer method)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorAnalyzer method)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorAnalyzer method)
(mach_eval.analyzers.electromagnetic.winding_factors.WindingFactorsAnalyzer method)
(mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveAnalyzer method)
(mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralAnalyzer method)
(mach_eval.analyzers.mechanical.rotor_thermal.AirflowAnalyzer method)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalAnalyzer method)
(mach_eval.analyzers.mechanical.thermal_network.ThermalNetworkAnalyzer method)
(mach_eval.analyzers.mechanical.thermal_stator.StatorThermalAnalyzer method)
(mach_eval.analyzers.mechanical.windage_loss.WindageLossAnalyzer method)
Analyzer (class in mach_eval)
analyzer (mach_eval.AnalysisStep attribute)
arch (mach_eval.MachineDesigner attribute)
Architect (class in mach_eval)
B
base_ana (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalAnalyzer attribute)
Beta (mach_eval.analyzers.mechanical.rotor_structural.RotorComponent property)
BFieldOuterStator (class in mach_eval.analyzers.electromagnetic.bfield_outer_stator)
BFieldOuterStatorAnalyzer (class in mach_eval.analyzers.electromagnetic.bfield_outer_stator)
BFieldOuterStatorProblem1 (class in mach_eval.analyzers.electromagnetic.bfield_outer_stator)
BFieldOuterStatorProblem2 (class in mach_eval.analyzers.electromagnetic.bfield_outer_stator)
BFieldSPM_InnerRotor (class in mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor)
BFieldSPM_InnerRotorAnalyzer (class in mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor)
BFieldSPM_InnerRotorProblem (class in mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor)
bounds() (mach_opt.mach_opt.DesignSpace method)
C
C1 (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
C2 (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
C3 (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
calculations() (mach_eval.analyzers.electromagnetic.winding_factors.WindingFactorsAnalyzer method)
check_constraints() (mach_opt.mach_opt.DesignSpace method)
Conditions (class in mach_eval)
conditions (mach_eval.State attribute)
conv (class in mach_eval.analyzers.mechanical.thermal_network)
cost() (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveAnalyzer method)
(mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem method)
cp (mach_eval.analyzers.mechanical.thermal_network.Material attribute)
create_design() (mach_eval.MachineDesigner method)
(mach_opt.mach_opt.Designer method)
create_new_design() (mach_eval.Architect method)
create_resistance_network() (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalAnalyzer method)
cylind_wall (class in mach_eval.analyzers.mechanical.thermal_network)
D
d_ri (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
d_sl (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
DataHandler (class in mach_opt.mach_opt)
Del (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
delta (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
delta_e (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem1 attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem2 attribute)
deltaT (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralProblem attribute)
Design (class in mach_opt.mach_opt)
design (mach_eval.State attribute)
design_space (mach_opt.mach_opt.DesignProblem attribute)
Designer (class in mach_opt.mach_opt)
designer (mach_opt.mach_opt.DesignProblem attribute)
DesignOptimizationMOEAD (class in mach_opt.mach_opt)
DesignProblem (class in mach_opt.mach_opt)
DesignSpace (class in mach_opt.mach_opt)
DetermineCoeff() (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralAnalyzer method)
dh (mach_opt.mach_opt.DesignProblem attribute)
dm (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
E
evaluate() (mach_eval.MachineEvaluator method)
(mach_opt.mach_opt.Evaluator method)
EvaluationStep (class in mach_eval)
Evaluator (class in mach_opt.mach_opt)
evaluator (mach_opt.mach_opt.DesignProblem attribute)
F
fitness() (mach_opt.mach_opt.DesignProblem method)
G
g_sy (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
g_th (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
get_archive_data() (mach_opt.mach_opt.DataHandler method)
get_bounds() (mach_opt.mach_opt.DesignProblem method)
get_next_state() (mach_eval.PostAnalyzer method)
get_nobj() (mach_opt.mach_opt.DesignProblem method)
get_objectives() (mach_opt.mach_opt.DesignSpace method)
get_pareto_data() (mach_opt.mach_opt.DataHandler method)
get_pareto_fitness_freevars() (mach_opt.mach_opt.DataHandler method)
get_problem() (mach_eval.ProblemDefinition method)
get_settings() (mach_eval.SettingsHandler method)
H
h (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
(mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.air_gap_conv property)
(mach_eval.analyzers.mechanical.thermal_network.conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.conv property)
H (mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
h (mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv property)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv property)
(mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
h_slot (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
hub_conv (class in mach_eval.analyzers.mechanical.thermal_network)
I
initial_pop() (mach_opt.mach_opt.DesignOptimizationMOEAD method)
invalid_design_objs (mach_opt.mach_opt.DesignProblem attribute)
InvalidDesign
K
k (mach_eval.analyzers.mechanical.thermal_network.Material attribute)
k_fe (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
k_ins (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
L
L1 (mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
L2 (mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
l_hub (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
l_st (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
(mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
l_tooth (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
load_from_archive() (mach_opt.mach_opt.DataHandler method)
load_object() (mach_opt.mach_opt.DataHandler method)
load_pop() (mach_opt.mach_opt.DesignOptimizationMOEAD method)
losses (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
M
mach_eval
module
mach_eval.analyzers
module
mach_eval.analyzers.electromagnetic.bfield_outer_stator
module
mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor
module
mach_eval.analyzers.electromagnetic.winding_factors
module
mach_eval.analyzers.mechanical.rotor_structural
module
mach_eval.analyzers.mechanical.rotor_thermal
module
mach_eval.analyzers.mechanical.thermal_network
module
mach_eval.analyzers.mechanical.thermal_stator
module
mach_eval.analyzers.mechanical.windage_loss
module
mach_opt.mach_opt
module
Machine (class in mach_eval)
machine (mach_eval.MachineDesign attribute)
MachineDesign (class in mach_eval)
MachineDesigner (class in mach_eval)
MachineEvaluator (class in mach_eval)
mag_dir (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
magnet_temp() (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem method)
mat_dict (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
Material (class in mach_eval.analyzers.mechanical.thermal_network)
(mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.Resistance attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
Material_Isotropic (class in mach_eval.analyzers.mechanical.rotor_structural)
Material_Transverse_Isotropic (class in mach_eval.analyzers.mechanical.rotor_structural)
max_temp (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
MMF (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator attribute)
mmf() (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem1 method)
module
mach_eval
mach_eval.analyzers
mach_eval.analyzers.electromagnetic.bfield_outer_stator
mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor
mach_eval.analyzers.electromagnetic.winding_factors
mach_eval.analyzers.mechanical.rotor_structural
mach_eval.analyzers.mechanical.rotor_thermal
mach_eval.analyzers.mechanical.thermal_network
mach_eval.analyzers.mechanical.thermal_stator
mach_eval.analyzers.mechanical.windage_loss
mach_opt.mach_opt
mu (mach_eval.analyzers.mechanical.thermal_network.Material attribute)
muR (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
N
n (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem1 attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem2 attribute)
N_nodes (mach_eval.analyzers.mechanical.thermal_network.ThermalNetworkProblem attribute)
n_obj() (mach_opt.mach_opt.DesignSpace method)
Node1 (mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.Resistance attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
Node2 (mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.Resistance attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
Nu (mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv property)
Nu_pt (mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
O
omega (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
(mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
OptiData (class in mach_opt.mach_opt)
P
p (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
plane_wall (class in mach_eval.analyzers.mechanical.thermal_network)
pm (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralProblem attribute)
post_analyzer (mach_eval.AnalysisStep attribute)
PostAnalyzer (class in mach_eval)
Pr (mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv property)
Problem (class in mach_eval)
problem_definition (mach_eval.AnalysisStep attribute)
ProblemDefinition (class in mach_eval)
Q
Q_coil (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
Q_dot (mach_eval.analyzers.mechanical.thermal_network.ThermalNetworkProblem attribute)
R
R (mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
R1 (mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
R2 (mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
R_1 (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
R_2 (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
R_3 (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
R_4 (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
r_fe (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor attribute)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
R_r (mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
r_rfe (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem1 attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem2 attribute)
r_ro (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
R_ro (mach_eval.analyzers.mechanical.windage_loss.WindageLossProblem attribute)
R_s (mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
r_sh (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
r_si (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem1 attribute)
(mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStatorProblem2 attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
(mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
,
[1]
r_so (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
R_st (mach_eval.analyzers.mechanical.windage_loss.WindageLossProblem attribute)
r_sy (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
rad_magnet() (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveProblem method)
rad_sleeve() (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveProblem method)
radial() (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator method)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor method)
(mach_eval.analyzers.mechanical.rotor_structural.Sigma method)
radial_harmonics() (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator method)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor method)
rc (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralProblem attribute)
Re (mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv property)
res (mach_eval.analyzers.mechanical.thermal_network.ThermalNetworkProblem attribute)
Resistance (class in mach_eval.analyzers.mechanical.thermal_network)
resistance_value (mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.air_gap_conv property)
(mach_eval.analyzers.mechanical.thermal_network.conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.conv property)
(mach_eval.analyzers.mechanical.thermal_network.cylind_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.cylind_wall property)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.hub_conv property)
(mach_eval.analyzers.mechanical.thermal_network.plane_wall attribute)
(mach_eval.analyzers.mechanical.thermal_network.plane_wall property)
(mach_eval.analyzers.mechanical.thermal_network.Resistance attribute)
(mach_eval.analyzers.mechanical.thermal_network.Resistance property)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv property)
RotorComponent (class in mach_eval.analyzers.mechanical.rotor_structural)
run_optimization() (mach_opt.mach_opt.DesignOptimizationMOEAD method)
S
save_designer() (mach_opt.mach_opt.DataHandler method)
save_object() (mach_opt.mach_opt.DataHandler method)
save_pop() (mach_opt.mach_opt.DesignOptimizationMOEAD method)
save_to_archive() (mach_opt.mach_opt.DataHandler method)
set_delta_sl() (mach_eval.analyzers.mechanical.rotor_structural.RotorComponent method)
set_MaxRadialStress() (mach_eval.analyzers.mechanical.rotor_structural.RotorComponent method)
set_MaxTanStress() (mach_eval.analyzers.mechanical.rotor_structural.RotorComponent method)
set_th() (mach_eval.analyzers.mechanical.rotor_structural.RotorComponent method)
settings (mach_eval.MachineDesign attribute)
settings_handler (mach_eval.MachineDesigner attribute)
SettingsHandler (class in mach_eval)
sh (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralProblem attribute)
shaft_conv (class in mach_eval.analyzers.mechanical.thermal_network)
Sigma (class in mach_eval.analyzers.mechanical.rotor_structural)
sl (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorStructuralProblem attribute)
SPM_RotorSleeveAnalyzer (class in mach_eval.analyzers.mechanical.rotor_structural)
SPM_RotorSleeveProblem (class in mach_eval.analyzers.mechanical.rotor_structural)
SPM_RotorStructuralAnalyzer (class in mach_eval.analyzers.mechanical.rotor_structural)
SPM_RotorStructuralProblem (class in mach_eval.analyzers.mechanical.rotor_structural)
SPM_RotorThermalAnalyzer (class in mach_eval.analyzers.mechanical.rotor_thermal)
SPM_RotorThermalProblem (class in mach_eval.analyzers.mechanical.rotor_thermal)
stack_length (mach_eval.analyzers.mechanical.windage_loss.WindageLossProblem attribute)
State (class in mach_eval)
StatorThermalAnalyzer (class in mach_eval.analyzers.mechanical.thermal_stator)
StatorThermalProblem (class in mach_eval.analyzers.mechanical.thermal_stator)
step() (mach_eval.AnalysisStep method)
(mach_eval.EvaluationStep method)
steps (mach_eval.MachineEvaluator attribute)
stress_limits (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveAnalyzer attribute)
T
T_air (mach_eval.analyzers.mechanical.windage_loss.WindageLossProblem attribute)
T_coil_max (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
T_ref (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
(mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
(mach_eval.analyzers.mechanical.thermal_network.ThermalNetworkProblem attribute)
(mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
tan() (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator method)
(mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor method)
tan_harmonics() (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotor method)
tan_magnet() (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveProblem method)
tan_sleeve() (mach_eval.analyzers.mechanical.rotor_structural.SPM_RotorSleeveProblem method)
tangential() (mach_eval.analyzers.mechanical.rotor_structural.Sigma method)
tangential_harmonics() (mach_eval.analyzers.electromagnetic.bfield_outer_stator.BFieldOuterStator method)
therm_ana (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
therm_prob (mach_eval.analyzers.mechanical.rotor_thermal.AirflowProblem attribute)
ThermalNetworkAnalyzer (class in mach_eval.analyzers.mechanical.thermal_network)
ThermalNetworkProblem (class in mach_eval.analyzers.mechanical.thermal_network)
theta (mach_eval.analyzers.electromagnetic.bfield_spm_inner_rotor.BFieldSPM_InnerRotorProblem attribute)
U
u_z (mach_eval.analyzers.mechanical.rotor_thermal.SPM_RotorThermalProblem attribute)
(mach_eval.analyzers.mechanical.thermal_network.air_gap_conv attribute)
(mach_eval.analyzers.mechanical.thermal_network.shaft_conv attribute)
(mach_eval.analyzers.mechanical.windage_loss.WindageLossProblem attribute)
W
w_ins (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
w_tooth (mach_eval.analyzers.mechanical.thermal_stator.StatorThermalProblem attribute)
WindageLossAnalyzer (class in mach_eval.analyzers.mechanical.windage_loss)
WindageLossProblem (class in mach_eval.analyzers.mechanical.windage_loss)
winding_layout (mach_eval.analyzers.electromagnetic.winding_factors.WindingFactorsProblem attribute)
WindingFactorsAnalyzer (class in mach_eval.analyzers.electromagnetic.winding_factors)
WindingFactorsProblem (class in mach_eval.analyzers.electromagnetic.winding_factors)
Z
zeta_r (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
zeta_t (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
zeta_u (mach_eval.analyzers.mechanical.rotor_structural.Material_Isotropic property)
(mach_eval.analyzers.mechanical.rotor_structural.Material_Transverse_Isotropic property)
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