In order to optimize the coating conditions, a planar pinhole model of plasma penetration into pores is developed to rapidly measure deposit penetration using picolitre water contact angle measurement.
The proposed approach differs strongly from the metaheuristic optimization algorithms we applied in the previous studies, either to the inverse problem solving in near-field optics [ 33], or to optimize the Surface Plasmon Resonance planar biosensor [ 17, 34– 34].
In this work, mesh planarization algorithms, which are currently used in computer graphics and in digital fabrication methods, are used and adapted to automate and optimize the parsing of non-planar surfaces to EnergyPlus (E+), a popular BEM engine.
Actually finer resolution can be obtained if we properly optimize the parameters of the mask and the planar hyperlens.
The aim of the study is to explore and optimize the geometrical and structural parameters of planar electromagnets that give rise to the highest magnetic fields and forces for magnetic micro-beads manipulation.
A thermostat valve is employed to optimize the stack operation temperature, while a thermal regenerative unit (TRU) containing a planar heat exchanger is used to recover the heat dissipated by the stack.
A computational fluid dynamics 3D modeling of a planar miniature proton exchange membrane fuel cell (PEMFC) is presented to optimize the current collector shape and dimensions in order to obtain the best electrochemical performances.
An adaptive genetic algorithm (AGA) is introduced for the synthesis of planar structure designs that can have nearly any desired frequency response, and to optimize the choice of trial functions used on the MoM method.
Consequently, in order to maximize the field for a given current, one should optimize the geometry of the coil, as this is an extremely significant factor in determining the magnetic field intensity in 2D planar designs.
"Automation gives you an opportunity to optimize the settings".
