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** For the group of about 20 ''students that have their bio lab'' just before the class, <span style="color:red">please email me your name</span>.  Your midterm will be in JHE342, starting at '''17:45 to 19:15''', invigilated by a TA.
** For the group of about 20 ''students that have their bio lab'' just before the class, <span style="color:red">please email me your name</span>.  Your midterm will be in JHE342, starting at '''17:45 to 19:15''', invigilated by a TA.
* [[Tutorial 4 - 2010| Tutorial 4]] has been posted, and [[Software_tutorial/Matrix_operations|a software tutorial on matrix operations]] to help with the tutorial.
* [[Tutorial 4 - 2010| Tutorial 4]] has been posted, and [[Software_tutorial/Matrix_operations|a software tutorial on matrix operations]] to help with the tutorial.
* Extremely comprehensive [[Assignment 1 - 2010 - Solution| solutions to assignment 1]] have been prepared by the TA's - thanks guys.
* [[Assignment_2_-_2010 | Assignment 2]] is posted; due on 12 October at 15:15, in the lab.
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Revision as of 20:19, 5 October 2010

Process Model Formulation and Solution: CHE 3E4


Administrative
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  • Midterm details:
    • Most of the class: 18 October, room T28. From 17:15 to 18:45
    • For the group of about 20 students that have their bio lab just before the class, please email me your name. Your midterm will be in JHE342, starting at 17:45 to 19:15, invigilated by a TA.
  • Tutorial 4 has been posted, and a software tutorial on matrix operations to help with the tutorial.
  • Assignment 2 is posted; due on 12 October at 15:15, in the lab.
Class materials
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  1. Modelling and scientific computing
  2. Linear algebraic equations
  3. Nonlinear algebraic equations
  4. Curve fitting
  5. Numerical differentiation and integration
  6. Ordinary differential equations

     Supplementary readings

Assignments, tutorials and exams
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Tutorials

  1. Tutorial 1 - questions and solutions
  2. Tutorial 2 - questions and solutions
  3. Tutorial 3 - due on 30 September
  4. Tutorial 4 - due on 7 October

Assignments

  1. Chemical engineering process modelling - with solutions
  2. Linear algebraic equations
  3. Nonlinear algebraic equations
  4. Curve fitting
  5. Numerical differentiation and integration
  6. Differential equations
Course calendar

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