The objective of steady state optimisation is to minimise the recycle rate with minimum cost for continuous processes.
Steady-state optimisation was then applied to the operation of this industrial tubular reactor.
Design optimisation for steady state operation of conventional tokamaks leads to higher aspect ratio and qcyl than for a device optimised for high fusion performance, with a knock-on impact on size and cost.
gPROMS is a process modelling software for simulation, optimisation and control (both steady state and dynamic) of highly complex processes such as the FCC unit riser.
COPASI is a software application used for simulating and analyzing biochemical networks, and it provides many useful functionalities such as stochastic and deterministic time course simulation, steady state analysis, metabolic control analysis and optimisation of arbitrary objective functions.
The application of this strategy passes through a closed loop containing the automatic calculation of a steady state, the LNA method and one optimisation algorithm; alternatively the method is also appropriate to use with parameter scanning or sampling algorithms instead of the optimisation.
Section 3 focuses on external aerodynamics, comprising a full-vehicle validation study, an example of a component optimisation and a comparison of steady-state RANS sensitivities with those based on a time-averaged transient primal flow.
For optimisation the calibrated emission values for steady state are regarded.
The modified strip theory is hence suggested as a general and effective steady aerodynamic tool for the multidisciplinary design and optimisation of flexible wings in the subsonic regime.
The choice of setup parameters, which are necessary for system performance optimisation, depends on whether the system operates under steady state or dynamic conditions.
It can be shown from simulation results that the proposed models are suitable for control and optimisation studies, and the optimisation algorithms connected with either steady state or dynamic models are successful for the determination of optimal operational conditions and dynamic trajectories with good convergence properties.
