16:58

EMA5001 L05-05 Mobility and Diffusion coefficient relationship

03:55

EMA3702 Ch01-02 Past grading info and Precautions

02:02

EMA3702 Ch01-01 Information on instructor and textbook

29:23

EMA3702 Ch10 Columns homework solutions

01:05:19

EMA3702 Ch09 Deflection of beams homework solutions

25:02

EMA3702 Ch08 Principle Stresses homework solutions

39:52

EMA3702 Ch07 Stress transform and Mohr's circle homework solutions

41:52

EMA3702 Ch06 Shearing stress for beams homework solutions

01:00:28

EMA3702 Ch05 Beams for bending homework solutions

01:03:05

EMA3702 Ch04 Pure bending homework solutions

47:11

EMA3702 Ch03 Torsion homework solutions

01:02:24

EMA3702 Ch02 Stress Strain for axial loading homework solutions

45:07

EMA3702 Ch01 Introduction homework solutions

07:09

Ceramic Processing L1-02 Policy Grading Objectives

08:12

Ceramic Processing L1-01 Textbook Instructor Website

10:11

EMA5001 L00-01 Course basic info

02:56

Electrochem Eng L05-16 Temperature effect on fuel cells

07:49

Electrochem Eng L05-15 Fuel cell j V curves

07:59

Electrochem Eng L05-14 pO2 from fuel cell OCV

18:33

Electrochem Eng L05-13 Fuel cell OCV

09:27

Electrochem Eng L05-12 Fuel cell classification

10:41

Electrochem Eng L05-11 Fuel cell introduction

02:37

Electrochem Eng L05-10 Battery efficiencies

06:01

Electrochem Eng L05-09 Side reactions in charging discharging

05:42

Electrochem Eng L05-08 C rate and impacts

05:02

Electrochem Eng L05-07 Voltage current relationships and voltage loss mechanisms

05:28

Electrochem Eng L05-06 State of charge and discharge and their impacts

05:19

Electrochem Eng L05-05 OCV Specific capacity and Specific energy

02:52

Electrochem Eng L05-04 Lithium ion battery

06:00

Electrochem Eng L05-03 Lead acid battery

07:34

Electrochem Eng L05-02 Basic classifications and requirements

13:20

Electrochem Eng L05-01 Basic battery components

12:48

Electrochem Eng L04-20 Impedance for electrode with mixed control

09:28

Electrochem Eng L04-19 Impedance for Warburg element for diffusion

10:34

Electrochem Eng L04-18 Impedance for constant phase element CPE

10:22

Electrochem Eng L04-17 Impedance spectrum for electrode without diffusion

16:29

Electrochem Eng L04-16 Impedance spectra for R C RC in series RC in parallel

02:28

Electrochem Eng L04-15 Impedance for elements in series and in parallel

05:37

Electrochem Eng L04-14 Impedance for resistor capacitor inductor

14:57

Electrochem Eng L04-13 Impedance as a complex number

03:20

Electrochem Eng L04-12 AC voltage and current

08:06

Electrochem Eng L04-11 From resistance to impedance

04:40

Electrochem Eng L04-10 CV for quasi-reversible and irreversible electrode reactions

03:56

Electrochem Eng L04-09 Kinetic information from CV for reversible electrode reaction

32:27

Electrochem Eng L04-08 CV for reversible electrode reaction

07:39

Electrochem Eng L04-07 CV for capacitor

03:49

Electrochem Eng L04-06 Cyclic voltammetry introduction

17:06

Electrochem Eng L04-05 Amperometry with fixed potential step and Cottrell equation

09:21

Electrochem Eng L04-04 Potential measurement at constant current

15:05

Electrochem Eng L04-03 Potentiometry at zero current and activity example

06:18

Electrochem Eng L04-02 Configuration for electrochemical measurements

09:21

Electrochem Eng L04-01 Classification of electrochemical techniques

08:13

Electrochem Eng L03-32 Current vs overpoential plots from generalized B V equation

14:10

Electrochem Eng L03-31 Generalized B V equation

11:49

Electrochem Eng L03-30 Limiting current density and mass transfer overpotential

11:10

Electrochem Eng L03-29 Concentration overpotential from Nernst equation

12:15

Electrochem Eng L03-28 Current from cell voltage in Zn NiOOH electrochemical cell

10:17

Electrochem Eng L03-27 Potential profile in Zn NiOOH electrochemical cell

04:48

Electrochem Eng L03-26 Zn NiOOH electrochemical cell potential at a given current density

17:08

Electrochem Eng L03-25 Overpotential from current in Zn NiOOH electrochemical cell