Search for tag: "flux"

108 Media

Gas Membrane: Non-Pure Gas Permeability - W2&3 duration 7 minutes 40 seconds Gas Membrane: Non-Pure Gas Permeability - W2&3 Gas Membrane: Non-Pure Gas Permeability - W2&3	Gas Membrane: Non-Pure Gas Permeability - W2&3 CHEMENG 4L02 - Advanced Laboratory Skills Lab: Gas Membrane Week: 2 Topic: Non-Pure Gas Permeability oxygen membrane permeability nitrogen gas minus module graph prime equation component flow permeate thickness o2 fractions flux selectivity queue n2 From Kushal Panchal 47 plays 0
06_PMSM FEA Model_TA_Extra_02 duration 8 minutes 51 seconds 06_PMSM FEA Model_TA_Extra_02 06_PMSM FEA Model_TA_Extra_02	06_PMSM FEA Model_TA_Extra_02 rotor students degree flux position degrees step frequency geometry milliseconds linkage steps rotations function magnitude characteristics orientation waveforms phase difference From BERKER BILGIN 7 plays 0
06_PMSM FEA Model_TA_Extra_03 duration 12 minutes 57 seconds 06_PMSM FEA Model_TA_Extra_03 06_PMSM FEA Model_TA_Extra_03	06_PMSM FEA Model_TA_Extra_03 position students flux linkage model phase rotor button torque load question rotation degrees magnet degree properties condition steps fan geometry From BERKER BILGIN 12 plays 0
34_PMSM_Torque_Voltage_Equations_FOC_Part3 duration 5 minutes 5 seconds 34_PMSM_Torque_Voltage_Equations_FOC_Part3 34_PMSM_Torque_Voltage_Equations_FOC_Part3	34_PMSM_Torque_Voltage_Equations_FOC_Part3 voltage flux linkage transformation axis load speed times theta cloud pairs analysis dx position script magnet pole waveform rpm linkages From BERKER BILGIN 73 plays 0
34_PMSM_Torque_Voltage_Equations_FOC_Part4 duration 4 minutes 41 seconds 34_PMSM_Torque_Voltage_Equations_FOC_Part4 34_PMSM_Torque_Voltage_Equations_FOC_Part4	34_PMSM_Torque_Voltage_Equations_FOC_Part4 transformations phase lambda axis flux iq voltages torque times transformation linkages inductance linkage dx omega pairs pole rotor motor amps From BERKER BILGIN 70 plays 0
40_Switched Reluctance Motor Drives_1_Part3 duration 7 minutes 36 seconds 40_Switched Reluctance Motor Drives_1_Part3 40_Switched Reluctance Motor Drives_1_Part3	40_Switched Reluctance Motor Drives_1_Part3 rotor field pole position gap poles reluctance stator air flux core switch linkage material characteristics lines direction wrench hands permeability From BERKER BILGIN 59 plays 0
35_Practice Problem_Solutions_Part5 duration 3 minutes 58 seconds 35_Practice Problem_Solutions_Part5 35_Practice Problem_Solutions_Part5	35_Practice Problem_Solutions_Part5 times amps square iq torque phi minus axis phase condition meters cosine sine rpm voltage currents conditions newton linkage flux From BERKER BILGIN 7 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)
08_Tutorial_Magnetic Circuit Problem_Part7 duration 7 minutes 56 seconds 08_Tutorial_Magnetic Circuit Problem_Part7 08_Tutorial_Magnetic Circuit Problem_Part7	08_Tutorial_Magnetic Circuit Problem_Part7 column length flux cross gap distance reluctance circuit directions core left direction bottom r1 half times path minus components default From BERKER BILGIN 98 plays 0
09_Operating Principles and Modeling of DC… duration 6 minutes 41 seconds 09_Operating Principles and Modeling of DC… 09_Operating Principles and Modeling of DC Motors_Part1	09_Operating Principles and Modeling of DC Motors_Part1 direction force field wire loop forces side torque density finger hand pole motors degree left flux cross lecture degrees current From BERKER BILGIN 110 plays 0
08_Tutorial_Magnetic Circuit Problem_Part1 duration 3 minutes 11 seconds 08_Tutorial_Magnetic Circuit Problem_Part1 08_Tutorial_Magnetic Circuit Problem_Part1	08_Tutorial_Magnetic Circuit Problem_Part1 flux core gap circuit permeability reluctance length cross air path mmf turns r2 a2 a1 l1 space anion conductor r1 From BERKER BILGIN 149 plays 0
08_Tutorial_Magnetic Circuit Problem_Part6 duration 7 minutes 46 seconds 08_Tutorial_Magnetic Circuit Problem_Part6 08_Tutorial_Magnetic Circuit Problem_Part6	08_Tutorial_Magnetic Circuit Problem_Part6 circuit flux millimeters coil bottom direction gap left model permeability material default turns side columns depth column enters element air From BERKER BILGIN 96 plays 0
11_DC Motor Excitation Types2_Part3 duration 9 minutes 13 seconds 11_DC Motor Excitation Types2_Part3 11_DC Motor Excitation Types2_Part3	11_DC Motor Excitation Types2_Part3 series motor torque field voltage shunt motors speed armature characteristics circuit excitation compound current flux supply emf applications equation k1 From BERKER BILGIN 76 plays 0
10_DC Motor Excitation Types1_Part1 duration 5 minutes 10 seconds 10_DC Motor Excitation Types1_Part1 10_DC Motor Excitation Types1_Part1	10_DC Motor Excitation Types1_Part1 armature circuit field voltage energy times lambda motors speed linkage flux resistance machines current ea emf inductance torque equation dc From BERKER BILGIN 93 plays 0
08_Tutorial_Magnetic Circuit Problem_Part4 duration 4 minutes 9 seconds 08_Tutorial_Magnetic Circuit Problem_Part4 08_Tutorial_Magnetic Circuit Problem_Part4	08_Tutorial_Magnetic Circuit Problem_Part4 times flux coil reluctance mmf side square gap air turns circuit equals meters nodes left cross minus core permeability peer From BERKER BILGIN 118 plays 0
06_Electromechanical Energy Conversion_Part3 duration 10 minutes 51 seconds 06_Electromechanical Energy Conversion_Part3 06_Electromechanical Energy Conversion_Part3	06_Electromechanical Energy Conversion_Part3 energy expression linkage flux lambda position times theta conversion power function omega torque change side coil field delta core rate From BERKER BILGIN 112 plays 0
05_Fundamentals of Electromagnetics_Part 6 duration 5 minutes 24 seconds 05_Fundamentals of Electromagnetics_Part 6 05_Fundamentals of Electromagnetics_Part 6	05_Fundamentals of Electromagnetics_Part 6 field voltage loop expression circuit flux law surface direction source lambda force times vector terminal phi dot contribution unit strength From BERKER BILGIN 87 plays 0
05_Fundamentals of Electromagnetics_Part 5 duration 5 minutes 47 seconds 05_Fundamentals of Electromagnetics_Part 5 05_Fundamentals of Electromagnetics_Part 5	05_Fundamentals of Electromagnetics_Part 5 flux field surface loop direction law change force rate magnet faraday charges definition hand bottom bar description lenz phi engineering From BERKER BILGIN 88 plays 0
06_Electromechanical Energy Conversion_Part2 duration 8 minutes 17 seconds 06_Electromechanical Energy Conversion_Part2 06_Electromechanical Energy Conversion_Part2	06_Electromechanical Energy Conversion_Part2 flux times reluctance gap expression air core permeability lc equals mu length path ac inductance circuit definition guy psi force From BERKER BILGIN 103 plays 0
08_Tutorial_Magnetic Circuit Problem_Part3 duration 5 minutes 31 seconds 08_Tutorial_Magnetic Circuit Problem_Part3 08_Tutorial_Magnetic Circuit Problem_Part3	08_Tutorial_Magnetic Circuit Problem_Part3 times flux core gap air reluctance field intensity phi psi energy cross density meter ampere linkage minus turns circuits circuit From BERKER BILGIN 121 plays 0
08_Tutorial_Magnetic Circuit Problem_Part2 duration 6 minutes 21 seconds 08_Tutorial_Magnetic Circuit Problem_Part2 08_Tutorial_Magnetic Circuit Problem_Part2	08_Tutorial_Magnetic Circuit Problem_Part2 millimeters side core flux gap length air cross reluctance times meters effect units path wax field coil height permeability minus From BERKER BILGIN 125 plays 0
08_Tutorial_Magnetic Circuit Problem_Part8 duration 9 minutes 2 seconds 08_Tutorial_Magnetic Circuit Problem_Part8 08_Tutorial_Magnetic Circuit Problem_Part8	08_Tutorial_Magnetic Circuit Problem_Part8 direction loop flux polarity source voltage mmf branch coil default circuit equation minus bottom sources r3 equations fluxes side circuits From BERKER BILGIN 83 plays 0
09_Operating Principles and Modeling of DC… duration 7 minutes 31 seconds 09_Operating Principles and Modeling of DC… 09_Operating Principles and Modeling of DC Motors_Part4	09_Operating Principles and Modeling of DC Motors_Part4 times flux construction emf field expression motor current torque force speed armature conductors pi change conductor paths machines law power From BERKER BILGIN 90 plays 0
10_DC Motor Excitation Types1_Part2 duration 5 minutes 6 seconds 10_DC Motor Excitation Types1_Part2 10_DC Motor Excitation Types1_Part2	10_DC Motor Excitation Types1_Part2 circuit expression speed field armature increase flux saturation core resistance ea density reluctance omega voltage b. age relationship mmf circuits From BERKER BILGIN 86 plays 0