Session 237 - Perspectives and Prospects for Thermodynamic Modeling, Simulation, and Experimentation in ChEmical Engineering


AIChE Centennial: ChE Research and Technology - Past and Future
Session 237 - Perspectives and Prospects for Thermodynamic Modeling, Simulation, and Experimentation in ChEmical Engineering
Thermodynamic models at present include cubic equations of state, activity models, perturbation theory, molecular simulation, multiparameter equations, interpolation of extensive experimental data, and combinations of all of these. How has this status evolved and where is it leading? These invited presentations seek to answer this question in honor of the centennial celebration.
Chair:	Kenneth R. Cox
CoChair:	J. Richard Elliott
CoSponsor(s):	Thermodynamics and Transport Properties
	237a	The Interplay Between Simulations and Thernodynamic Models Berend Smit
	237b	Perspectives and Prospects for Thermodynamic Modeling Walter G. Chapman
	237c	Predictive Thermochemistry from Quantum ChEmistry: Current State and Perspectives Andreas Klamt
	237d	Simulation of Electrolytes: Model Development and Industrial Practice Andre Anderko
	237e	Energy Applications: Impact of Data and Models Jefferson Creek
	237f	The Role of Experiments In the Development of ChEmical Technology Joan F. Brennecke

AIChE Centennial: ChE Research and Technology - Past and Future