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  1. Introduction to Chemical Engineering VI

    Introduction to Chemical Engineering VI

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    The head TA for Introduction to Chemical Engineering (E20) fills in for Professor Channing Robertson and gives an overview of the apheresis machine.

  2. Introduction to Chemical Engineering VII

    Introduction to Chemical Engineering VII

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    The head TA for Introduction to Chemical Engineering (E20) fills in for Professor Channing Robinson and discusses a case study on the process of making high fructose corn syrup.

  3. Introduction to Chemical Engineering VIII

    Introduction to Chemical Engineering VIII

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses the development and design of a glucose isomerase plant used to make high fructose corn syrup.

  4. Introduction to Chemical Engineering X

    Introduction to Chemical Engineering X

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses energy conservation in relation to the high fructose corn syrup plant and chemical engineering.

  5. Introduction to Chemical Engineering XI

    Introduction to Chemical Engineering XI

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses energy conservation in further depth, focusing on the design of heat exchangers.

  6. Introduction to Chemical Engineering XII

    Introduction to Chemical Engineering XII

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses conduction and convection in association with a heat exchanger, as well as the actual design of the heat exchanger.

  7. Introduction to Chemical Engineering XIII

    Introduction to Chemical Engineering XIII

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses scaling, focusing on dimensionless analysis.

  8. Introduction to Chemical Engineering XIV

    Introduction to Chemical Engineering XIV

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department continues his discussion on scaling by touching upon a pharmacokinetics problem.

  9. Introduction to Chemical Engineering XIX

    Introduction to Chemical Engineering XIX

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses the functioning of a kidney dialysis machine and clinic.

  10. Introduction to Chemical Engineering XVI

    Introduction to Chemical Engineering XVI

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    The head TA of Introduction to Chemical Engineering (E20) fills in for Professor Channing Robertson and discusses how to construct a pharmacokinetics model using a virtual human "tank" model.

  11. Introduction to Chemical Engineering XVII

    Introduction to Chemical Engineering XVII

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses biomedical engineering and the functions and anatomy of the kidney.

  12. Introduction to Chemical Engineering XVIII

    Introduction to Chemical Engineering XVIII

    Stanford / Engineering (Except Electrical)
    Channing Robertson

    Professor Channing Robertson of the Stanford University Chemical Engineering Department discusses the functioning of the kidney, focusing upon the single nephron glomeruli filtration rate, SNGFR.