Search for tag: "density"

52 Media

011 Continuous Random Variable duration 9 minutes 36 seconds 011 Continuous Random Variable 011 Continuous Random Variable	011 Continuous Random Variable probability cdf pdf interval variable point infinity function thing lottery boundary axis component graph density cdfs x. areas question hours From Mu He 363 plays 0
02_ECE716_Electromagnetic Principles of SRM_02 duration 11 minutes 59 seconds 02_ECE716_Electromagnetic Principles of SRM_02 02_ECE716_Electromagnetic Principles of SRM_02	02_ECE716_Electromagnetic Principles of SRM_02 surface fields vector field density curl law loop direction form divergence flux integration slide cross figure vectors differential operator meter From BERKER BILGIN 63 plays 0
02_ECE716_Electromagnetic Principles of SRM_04 duration 15 minutes 36 seconds 02_ECE716_Electromagnetic Principles of SRM_04 02_ECE716_Electromagnetic Principles of SRM_04	02_ECE716_Electromagnetic Principles of SRM_04 force wire magnet component charge forces volume television vector law lorentz density rho screen direction blackboard tau units unit magnets From BERKER BILGIN 58 plays 0
02_ECE716_Electromagnetic Principles of SRM_07 duration 9 minutes 26 seconds 02_ECE716_Electromagnetic Principles of SRM_07 02_ECE716_Electromagnetic Principles of SRM_07	02_ECE716_Electromagnetic Principles of SRM_07 flux expression times mu field law equation equals material characteristics circuit inductance loop voltage intensity density lc age length core From BERKER BILGIN 50 plays 0
02_ECE716_Electromagnetic Principles of SRM_08 duration 12 minutes 42 seconds 02_ECE716_Electromagnetic Principles of SRM_08 02_ECE716_Electromagnetic Principles of SRM_08	02_ECE716_Electromagnetic Principles of SRM_08 times reluctance flux lc expression permeability air gap core circuit equation inductance equals mu phi density material term parenthesis law From BERKER BILGIN 55 plays 0
02_ECE716_Electromagnetic Principles of SRM_11 duration 26 minutes 43 seconds 02_ECE716_Electromagnetic Principles of SRM_11 02_ECE716_Electromagnetic Principles of SRM_11	02_ECE716_Electromagnetic Principles of SRM_11 losses field conductor copper resistance surface material density frequency currents energy skin power increases loss core rotor direction electrons point From BERKER BILGIN 59 plays 0
02_Electrical System Integration_Part2 duration 3 minutes 4 seconds 02_Electrical System Integration_Part2 02_Electrical System Integration_Part2	02_Electrical System Integration_Part2 power energy vehicles performance cost vehicle charging stations infrastructure transportation sources batteries range density generation integration motors traction pack battery From BERKER BILGIN 236 plays 0
05_Fundamentals of Electromagnetics_Part 4 duration 10 minutes 51 seconds 05_Fundamentals of Electromagnetics_Part 4 05_Fundamentals of Electromagnetics_Part 4	05_Fundamentals of Electromagnetics_Part 4 force wire magnet charge television vector density field law screen blackboard meter volume unit velocity expression coulomb lorentz rho image From BERKER BILGIN 100 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 155 plays 0
06_Electromechanical Energy Conversion_Part1 duration 6 minutes 1 second 06_Electromechanical Energy Conversion_Part1 06_Electromechanical Energy Conversion_Part1	06_Electromechanical Energy Conversion_Part1 flux times inductance expression loop field mu lc density voltage cross equals circuit law energy core geometry construction ac equation From BERKER BILGIN 3 plays 0
06_Electromechanical Energy Conversion_Part4 duration 9 minutes 37 seconds 06_Electromechanical Energy Conversion_Part4 06_Electromechanical Energy Conversion_Part4	06_Electromechanical Energy Conversion_Part4 losses conductor power field resistance currents density copper surface input energy damping frequency core depth skin distribution temperature resistivity teeth From BERKER BILGIN 4 plays 0
06_Electromechanical Energy Conversion_Part6 duration 4 minutes 54 seconds 06_Electromechanical Energy Conversion_Part6 06_Electromechanical Energy Conversion_Part6	06_Electromechanical Energy Conversion_Part6 magnets coercivity density cobalt iron neodymium magnet energy resistance boron temperature characteristics flux field applications remanence nickel materials demagnetization degrees From BERKER BILGIN 4 plays 0
08-AbsrbGenNThermalDist duration 1 hour 27 minutes 08-AbsrbGenNThermalDist 08-AbsrbGenNThermalDist	08-AbsrbGenNThermalDist 4Q03 Lecture 08: This lecture continues to convert Fermi's Golden Rule to continuum normalization, doing so for a simple absorption process and then for a general scattering process, defining… particles momentum thing volume particle rate factor times function cubed continuum beta delta alpha energy probability reaction density factors matrix From Clifford Burgess 105 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
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
1-1. Review duration 13 minutes 2 seconds 1-1. Review 1-1. Review	1-1. Review Quick review of fluids - properties, continuum meter units kilograms mechanics viscosity force meters unit volume density stress fluid bit conservation velocity del cubed rate cat energy From Marilyn Lightstone 189 plays 0
1-5. DERIVATION - Conservation of Mass 8:17 duration 12 minutes 56 seconds 1-5. DERIVATION - Conservation of Mass 8:17 1-5. DERIVATION - Conservation of Mass 8:17	1-5. DERIVATION - Conservation of Mass 8:17 editing completed rho fluid equation space grad times mass dot volume velocity conservation density del flow road thing delta dimensions notation dx mouse sheath bit 3d From Marilyn Lightstone 129 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
10_ECE716_Design_Considerations_01 duration 7 minutes 45 seconds 10_ECE716_Design_Considerations_01 10_ECE716_Design_Considerations_01	10_ECE716_Design_Considerations_01 torque power volume motor ratio weight talk rotor kilowatts horsepower waveform material density delta ripple theta cycle position phase meters From BERKER BILGIN 45 plays 0
10_ECE716_Design_Considerations_07 duration 10 minutes 21 seconds 10_ECE716_Design_Considerations_07 10_ECE716_Design_Considerations_07	10_ECE716_Design_Considerations_07 slot copper factor wire density insulation fill slotkin wires diameter slide awt fact phase torque constraints conductors coils slots layer From BERKER BILGIN 53 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 81 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 58 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 50 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 41 plays 0