This paper deals with the thermal reliability optimization of a pin fin heat sink (HS) filled with
phase change material (PCM) in order to study the heat transfer performance for cooling of …

Reliability-based design optimization (RBDO) is applied to handle the unavoidable
uncertainties in engineering applications. To alleviate the huge computational burden in …

Phase change materials represent efficient performances in the thermal management field.
However, the low thermal conductivity poses a serious restraint for electronic cooling …

This paper investigates the non-probabilistic reliability-based robust design of micro-scale
topology optimization for the vibro-acoustic problem under harmonic excitation and natural …

Among the most important components in complex and high-power mechatronic systems is
the transistor. The High Electron Mobility Transistor (HEMT) is a technology under …

The dynamic behavior of a mechanical system is affected by the properties of the bearing
under actual operating conditions. For that, rolling bearing design must provide a variety of …

This paper addresses the effects of uncertainties on the optimal design of trusses and
laminated composite plates. Uncertainties are considered in the design variables and …

In industry and research areas, the importance of reliable and optimally designed BGA
components has remarkably grown. To tackle this challenge, we elaborated an innovative …

Nowadays, development of new technologies requires efficient mechatronic components
which needs more sophisticated cooling systems. Furthermore, phase change material …

In this article, a dynamic analysis of an offshore wind turbine (OWT) considering soil
structure interaction (SSI) is performed. The design of these highly expensive structures …