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Distributed Dynamic Process Simulation

In chemical process industry a heterogeneous simulation concept is required which distributes the solution of a dynamic overall model to a computer network such that the submodels of the global process flowsheet can be solved independently of each other on subsequent time intervals. To this end a iteration technique is used which estimates the vector of input variables of the submodels, calculates the corresponding time behaviour of the output variables concurrently, and matches then the profiles of the interconnecting variables of the overall process model iteratively. For the common case that the submodels do not provide input‐output sensitivities a specific Broyden‐type acceleration of this waveform iteration method is considered.