Search for tag: "flux"

108 Media

02_ECE716_Electromagnetic Principles of SRM_12 duration 27 minutes 51 seconds 02_ECE716_Electromagnetic Principles of SRM_12 02_ECE716_Electromagnetic Principles of SRM_12	02_ECE716_Electromagnetic Principles of SRM_12 flux direction circuit loop coil default column gap polarity mmf equation length bottom air source voltage mm branch reluctance left From BERKER BILGIN 67 plays 0
PHYSICS739_ElectromagneticFields duration 1 hour 37 minutes PHYSICS739_ElectromagneticFields PHYSICS739_ElectromagneticFields	PHYSICS739_ElectromagneticFields Discussed how to include electromagnetic fields in the Schrodinger equation and path integrals, and also covered the Aharonov-Bohm effect mechanics field things function vector thing fields momentum position gauge flux potential path wave motion respect loop transformations operator times From DUNCAN O'DELL 1 plays 0 Usage Rights None (All Rights Reserved)
13_ECE716_Week11_Manufacturing of SRM_5 duration 1 minute 43 seconds 13_ECE716_Week11_Manufacturing of SRM_5 13_ECE716_Week11_Manufacturing of SRM_5	13_ECE716_Week11_Manufacturing of SRM_5 cutouts housing figure concentration flux core shape application sram row stress density switch connection stacking holes bolt a. linkage torque From BERKER BILGIN 23 plays 0
13_ECE716_Week11_Manufacturing of SRM_3 duration 9 minutes 53 seconds 13_ECE716_Week11_Manufacturing of SRM_3 13_ECE716_Week11_Manufacturing of SRM_3	13_ECE716_Week11_Manufacturing of SRM_3 laminations rotor process stack fixture core motor stacking concentration router exterior pressure length stator machines flux torque diameter plates end From BERKER BILGIN 32 plays 0
12_ECE716_Week11_Materials_06 duration 12 minutes 22 seconds 12_ECE716_Week11_Materials_06 12_ECE716_Week11_Materials_06	12_ECE716_Week11_Materials_06 steel loss losses tesla standards hertz characteristics frequency values kilogram thickness figure frequencies core watts gouge slide density flux operating From BERKER BILGIN 27 plays 0
12_ECE716_Week11_Materials_05 duration 10 minutes 29 seconds 12_ECE716_Week11_Materials_05 12_ECE716_Week11_Materials_05	12_ECE716_Week11_Materials_05 steel cobalt grain iron properties silicon material steels core losses flux alloys processing cost materials smc direction process application applications From BERKER BILGIN 30 plays 0
11_ECE716_Design_Example_07 duration 12 minutes 41 seconds 11_ECE716_Design_Example_07 11_ECE716_Design_Example_07	11_ECE716_Design_Example_07 torque iteration turns voltage reference factor flux current motor diameter rotor density phase fill iterations inertia force speed rms talk From BERKER BILGIN 41 plays 0
11_ECE716_Design_Example_06 duration 8 minutes 8 seconds 11_ECE716_Design_Example_06 11_ECE716_Design_Example_06	11_ECE716_Design_Example_06 rotor iteration torque rpm pole speed gap voltage air degrees angle current turns rms wire length density flux diameter size From BERKER BILGIN 44 plays 0
11_ECE716_Design_Example_05 duration 5 minutes 52 seconds 11_ECE716_Design_Example_05 11_ECE716_Design_Example_05	11_ECE716_Design_Example_05 flux iteration density voltage current angle factor torque rpm characteristics fill geometry rms peak level slide motor rotor increase cross From BERKER BILGIN 44 plays 0
11_ECE716_Design_Example_04 duration 3 minutes 53 seconds 11_ECE716_Design_Example_04 11_ECE716_Design_Example_04	11_ECE716_Design_Example_04 iteration voltage density flux rpm current reference gap air speed angle turn torque dc phase factor fill base rms position From BERKER BILGIN 52 plays 0
11_ECE716_Design_Example_03 duration 4 minutes 43 seconds 11_ECE716_Design_Example_03 11_ECE716_Design_Example_03	11_ECE716_Design_Example_03 iteration voltage density flux torque gap air level current saturation position peak requirement rpm rms profile currents dip points percent From BERKER BILGIN 60 plays 0
11_ECE716_Design_Example_02 duration 14 minutes 13 seconds 11_ECE716_Design_Example_02 11_ECE716_Design_Example_02	11_ECE716_Design_Example_02 rotor motor voltage iteration rpm dc amps wire frequency millimeters brush density flux characteristics performance diameter torque level current dimensions From BERKER BILGIN 83 plays 0
10_ECE716_Design_Considerations_16 duration 1 minute 39 seconds 10_ECE716_Design_Considerations_16 10_ECE716_Design_Considerations_16	10_ECE716_Design_Considerations_16 taper angle slide cases thickness degrees figure angles tape a2 linkage flux phase peak talk waveforms face ripple torque reduction From BERKER BILGIN 41 plays 0
10_ECE716_Design_Considerations_08 duration 8 minutes 3 seconds 10_ECE716_Design_Considerations_08 10_ECE716_Design_Considerations_08	10_ECE716_Design_Considerations_08 coil coils series phase connection voltage figure paths linkage flux current a2 coins outlet inlet slide gap eccentricity connections a. From BERKER BILGIN 49 plays 0
10_ECE716_Design_Considerations_05 duration 8 minutes 16 seconds 10_ECE716_Design_Considerations_05 10_ECE716_Design_Considerations_05	10_ECE716_Design_Considerations_05 rotor diameter length factor gap thickness air stator lamination stack position millimeter sheets laminations angle switch manufacturing motto flux shaft From BERKER BILGIN 51 plays 0
06_ECE716_SRM Modeling in JMAG_8 duration 10 minutes 37 seconds 06_ECE716_SRM Modeling in JMAG_8 06_ECE716_SRM Modeling in JMAG_8	06_ECE716_SRM Modeling in JMAG_8 torque flux force density tensor stress linkage 12th component fea maxwell expression energy arc forces times segments stresses nodes model From BERKER BILGIN 156 plays 0
06_ECE716_SRM Modeling in JMAG_07 duration 9 minutes 38 seconds 06_ECE716_SRM Modeling in JMAG_07 06_ECE716_SRM Modeling in JMAG_07	06_ECE716_SRM Modeling in JMAG_07 linkage flux voltage lambda position theta times omega step minus expression equation calculation script equals model rotor timestep excitation vector From BERKER BILGIN 213 plays 0
05_ECE716_Modeling of SRM_07 duration 24 minutes 26 seconds 05_ECE716_Modeling of SRM_07 05_ECE716_Modeling of SRM_07	05_ECE716_Modeling of SRM_07 flux voltage linkage model table lookup phase characteristics matrix array angle currents torque fea position angles linear target function size From BERKER BILGIN 170 plays 0
05_ECE716_Modeling of SRM_03 duration 17 minutes 22 seconds 05_ECE716_Modeling of SRM_03 05_ECE716_Modeling of SRM_03	05_ECE716_Modeling of SRM_03 phase linkage flux model face equation voltage angle relationship inductance currents table expression current function integration slide waveform simulation solution From BERKER BILGIN 119 plays 0
04_ECE716_Derivation of pole configuration in… duration 12 minutes 31 seconds 04_ECE716_Derivation of pole configuration in… 04_ECE716_Derivation of pole configuration in SRM_05	04_ECE716_Derivation of pole configuration in SRM_05 phase flux configuration poles direction coil face side hand coils gap air slide figure faces fingers stage pattern patterns srams From BERKER BILGIN 53 plays 0
03_ECE716_Operational Principles of SRM_04 duration 21 minutes 29 seconds 03_ECE716_Operational Principles of SRM_04 03_ECE716_Operational Principles of SRM_04	03_ECE716_Operational Principles of SRM_04 phase figure face flux excitation position mode direction slide bridge rotor faces converter lines angle voltage sequence coil conduct t1 From BERKER BILGIN 82 plays 0
03_ECE716_Operational Principles of SRM_03 duration 10 minutes 43 seconds 03_ECE716_Operational Principles of SRM_03 03_ECE716_Operational Principles of SRM_03	03_ECE716_Operational Principles of SRM_03 flux torque characteristics linkage position rotor voltage phase figure amps excitation profile slide currents cycle current direction positions saturation gap From BERKER BILGIN 78 plays 0
03_ECE716_Operational Principles of SRM_02 duration 10 minutes 16 seconds 03_ECE716_Operational Principles of SRM_02 03_ECE716_Operational Principles of SRM_02	03_ECE716_Operational Principles of SRM_02 expression power motor term torque energy equation theta gap dc omega times region air position inductance equals sram talk flux From BERKER BILGIN 75 plays 0
03_ECE716_Operational Principles of SRM_01 duration 18 minutes 58 seconds 03_ECE716_Operational Principles of SRM_01 03_ECE716_Operational Principles of SRM_01	03_ECE716_Operational Principles of SRM_01 armature voltage expression motor flux inductance circuit linkage times dc theta field emf equals coil term phi excitation speed omega From BERKER BILGIN 85 plays 0