Multi-unit optimization is a new extremum seeking method (real-time steady state optimization of a dynamic system by controlling the gradient), where the gradient is obtained using finite difference of the outputs of multiple identical units driven with inputs that differ by a design parameter Δ.
The strategy was designed to carry out repetitive model predictive control (RMPC) of average product purities in the lower tier and off-line cyclic steady state optimization of feed and desorbent flow rates and the length of switching period in the upper tier.
In this work we present a methodology for the steady-state optimization of systems for which an input/output steady-state simulator is available.
This paper presents the topology optimization of steady Navier Stokes flows with body forces that influence the optimal shape and topology of fluid flows.
Topology optimization of steady heat conduction problem under both design-independent and design-dependent heat loads is studied by means of a modified bidirectional evolutionary structural optimization (BESO) method.
The article gives information on optimization of steady-state regimes of power supply systems in order to minimize power losses.
This study presents the steady-state simulation and optimization of a six-effect evaporator and the provision of its relevant software package.
This paper presents a level-set method for topology optimization of steady-state Navier Stokes flow subject to a specific fluid volume constraint.
We propose that the molecular mechanisms of thermal adaptive evolution involve the optimization of steady-state transcriptomes at high temperatures without disturbing the heat shock response.
The utility of the steady state model for the optimization of the cathode catalyst layer design parameters is also described.
