Process Systems Engineering Laboratory

PSEL@MIT

Software

Tennessee Eastman Process Control Challenge Problem

This is a FORTRAN model of the Tennessee Eastman process control challenge problem. The model consists of 50 equation and 50 variables. The sparsity pattern, shown on the right, has been automatically generated using DAEPACK.

Automatically generated derivative code

Process Systems Engineering Laboratory

Tennessee Eastman Process Control Challenge Problem

Level sets of nonsmooth functions, part 2: Lipschitz and piecewise-differentiable manifolds

Evaluating Economic Feasibility of Liquid Air Energy Storage Systems in Future US Electricity Markets

Tighter Bounds on Transient Moments of Stochastic Chemical Systems

Generalized derivatives of optimal-value functions with parameterized convex programs embedded