We discuss the fundamentals and applications of chemical engineering thermodynamics. The objectives of this class include:
to know the energy and entropy balance.
to know how to calculate the thermodynamic properties of real fluid.
to know how to estimate the thermodynamic properties of mixture.
to know the phase equilibrium of a multicomponent system.
to know the applications of thermodynamics in the chemical engineering.
[ChemE 3004] Fall 2019
We use a commercialized package to simulate the daily-life transport phenomena. Every student will conduct a project about the transport phenomena in a system. The objectives of this class involve:
to know how to use the commercialized package for the transport phenomena simulations.
to know how to simulate the daily-life transport phenomena.
to know the optimal design of an engineering system.
to learn the presentation skills.
[ChemE 5036] Fall 2019
This course covers topics of statistical thermodynamics. The objectives of this class involve:
to calculate thermodynamic properties from ensemble theory.
to understand various ensembles.
to calculate second virial cofficient.
to use MATLAB to perform Monte Carlo simulations.
[ChemE 7003] Spring 2020