All Stories

  1. Introducing nonlinear dynamics to chemical and biochemical engineering graduate students using MATHEMATICA©
  2. A model parameter estimation method using Mathematica © applied to transient chemical engineering processes
  3. Teaching arc-length continuation in the chemical engineering graduate program using MATLAB©
  4. Solution of six chemical engineering problems using the Chebyshev orthogonal collocation technique
  5. Numerical elucidation of three-dimensional problems in the chemical engineering graduate curriculum
  6. Solving two-dimensional chemical engineering problems using the chebyshev orthogonal collocation technique
  7. Orthogonal collocation methods using Mathematica© in the graduate chemical engineering curriculum
  8. Haber process and steam-coal gasification: Two standard thermodynamic problems elucidated using two distinct approaches
  9. Experimental and theoretical study of multicomponent batch distillation
  10. Chebyshev orthogonal collocation technique to solve transport phenomena problems with Matlab® and Mathematica
  11. Introduction of the arc-length continuation technique in the chemical engineering graduate program at KFUPM
  12. Simple batch distillation of a binary mixture
  13. Study of the separation of simple binary and ternary mixtures of aromatic compounds