We propose a topology optimization-based method for optimal design of cooling systems in the form mathematical game between two players trying to reach compromise limiting amount medium used and obtaining low temperatures domain. The flow is governed by Stokes–Brinkman model with penalty, while temperature stationary convection–diffusion problem whose solution approximated using finite element ...

A robust optimization approach for a MEMS accelerometer to minimize the effects of temperature variations is presented. The mathematical model of the accelerometer is built. The effects of temperature variations on the output performance of the accelerometer are determined, and thermal deformation of the accelerometer is analyzed. The deviations of the output capacitance and resonance frequency...

In order to control the systems, a few control strategies must deal with the effects of non-linearties or uncertainties. As earlier utilized control techniques based on mathematical models have been primarily concentrated on stability robustness against the ill-effects of control mechanism, they are limited in their ability to amend the transient responses. These conventional techniques failed ...