The development of the system's model is an important step in reliability analysis. The
system's model in reliability analysis similar to other knowledge areas is used as an …

Nowadays, system reliability performance represents a key issue in any advanced
technology application in order to guarantee ambient, personnel, and system safety. The …

This paper illustrates the impact of wind turbine (WT) subassemblies' availability on WTs'
performance. Complete and detailed reliability, availability, and maintainability (RAM) …

Improving wind turbine performance, operation, and efficiency requires evolving Operation
and Maintenance (O&M) methods. Different models are required for O&M choices. These …

Wind power penetration into existing electrical power systems continues to experience year-
on-year growth. Consequently, modern wind turbine systems (WTS) are required to comply …

In this paper, an extensive reliability analysis of wind energy conversion systems (WECS) is
presented. Elaborate the analysis is presented starting from the subassembly level to the …

Purpose This paper evaluates the effects of the operation of a 5-MW wind turbine in non-
ideal conditions on the fatigue of its main components considering the wind resource in two …

Necessity has compelled man to improve upon the art of tapping wind energy for power
generation: an apt reliever of strain exerted on the non-renewable fossil fuel. Even though …

Rail industry is rapidly developing, and rail becomes ever more viable in a wide range of
regions. Therefore, the passenger experience and comfort has become a major concern for …

This article presents technical aspects concerning the design of a Floating Offshore Wind
Turbine (FOWT) that is devised for supplying energy to a subsea water injection system …