COMPUTER PROGRAMS FOR SIMULATING STEADY STATE

Brand	Owner	Address	Description
PROCESS	PROCESS SIMULATION INTERNATIONAL	1051 W. BASTANCHURY RD. FULLERTON CA	COMPUTER PROGRAMS FOR SIMULATING STEADY-STATE MASS AND ENERGY FLOW IN THE OIL, GAS, PETROCHEMICAL, CHEMICAL AND SYNFUEL INDUSTRIES; AND INSTRUCTION MANUALS THEREFOR;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A sub-system is provided to a discrete event simulator (DES) to expedite simulation execution by first detecting a non-quiescent steady-state condition in the simulated system, and when the steady-state condition is detected, the simulator determines a state, and subsequently simulates the system at a skip-ahead time using this determined state, or a predicted state based on the determined state. Convergence analysis is used to determine whether the system is at, or approaching, a steady-state condition. This convergence skip-ahead process achieves faster analysis by avoiding the computation that would conventionally be required to simulate the system behavior during the time interval that is skipped.