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Simulation in Chemical Engineering Research

Mathematical modeling and simulation techniques were used extensively in my basic research in chemical engineering, in areas such as multiphase reactions, thermodynamics, solid-fluid operations and polymer processing. The titles of some relevant publications are listed below. More information is available in Publications.

  • Diffusion and Sorption in Zeolites- I : A Markov Process Formulation

  • A Method for Obtaining Diffusivity and Rate Constant in Solid-solid Reactions

  • Effective Interfacial Area in Packed Beds for Absorption with Chemical Reaction

  • Liquid Distribution in Packed Trickle Beds

  • Sedimentation and Liquid Fluidisation of Solid Particles of Different Sizes and Densities

  • Effect of Particle Stratification on the Performance of Fluidised Adsorprion Beds

  • A Unified Approach for the Prediction of Thermodynamic Properties of Aqueous Mixed Electrolyte Solutions

  • Aqueous Solutions of Single Electrolytes : A Correlation Based on Ionic Hydration

  • Activity Coefficients in Mixed Electrolyte Solutions

  • Vapour Pressure of Aqueous Mixed Electrolyte Solutions without a Common Ion

  • Heat Pump Assisted Drying : A Mathematical Model

  • Sensitivity Analysis of Heat Exchanger Networks

  • Design and Simulation of Single and Multipass Heat Exchangers

  • An Improved Model for Transport through Thin Film Composite Membranes

  • Simulation Software for Multifilament Melt Spinning of PET

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