The theme of our research is the development of techniques to support dynamic modeling, analysis, estimation, monitoring and control of chemical processes. The emphasis is on the use of nonlinear process models, consisting of systems of ordinary differential, partial differential, or differential...
The theme of our research is the development of techniques to support dynamic modeling, analysis, estimation, monitoring and control of chemical processes. The emphasis is on the use of nonlinear process models, consisting of systems of ordinary differential, partial differential, or differential algebraic equations derived from fundamental energy and material balances, and equilibrium relationships.