IntroductiontoThermalandElectromagneticAnalysisTechniquesforEnclosedSwitchedReluctanceMotorsSwitchedreluctancemotors(SRMs)aregainingincreasingattentioninvariousindustrialapplicationsduetotheirrobuststructure,highreliability,andcost-effectiveness.However,thermalmanagementandelectromagneticperformanceoptimizationremaincriticalchallenges,especiallyinencloseddesignswhereheatdissipationisrestricted.ThisstudyfocusesonadvancedthermalandelectromagneticanalysistechniquestailoredforenclosedSRMs.Thethermalanalysisexploresheatgenerationmechanisms,temperaturedistribution,andcoolingstrategiestoensureoperationalstabilityandlongevity.Meanwhile,theelectromagneticanalysisinvestigatesfluxlinkagecharacteristics,torqueripplereduction,andefficiencyenhancementunderconstrainedthermalconditions.Byintegratingmultiphysicssimulationsandexperimentalvalidation,thisworkprovidesacomprehensiveframeworkforimprovingthedesignandperformanceofenclosedSRMs,addressingkeylimitationsinthermaldissipationandelectromagneticefficiency.Thefindingsoffervaluableinsightsforengineersandresearchersworkingonhigh-performancemotorsystems.
