This paper introduces a novel approach to control single-phase grid-connected inverters (GCIs) using artificial intelligence (AI), specifically employing a deep learning- based method with Gated Recurrent Unit (GRU) ...

In this research, evaluating and selecting design solutions for a small laboratory tensile testing device is stated as a multi-criteria, decision analysis problem, incorporating both quantitative and qualitative criteria. ...

In order to clarify stick-slip vibration mechanisms and characterize stick-slip vibration behaviors, a three-dimensional numerical model of the slider-plate friction contact was established using the finite element method, ...

While each industrial sector aims to provide uninterrupted customer service, unplanned shutdowns are undoubtedly undesirable. For this purpose, many studies have been dedicated to fault detection in early stages, to make ...

This paper provides a comprehensive understanding of the concept and the applications of AI-based adaptive learning, underlining its potential to revolutionize education in terms of personalization and optimization. Such ...

Robust Fixed Point Transformation-based adaptive control design was introduced in 2009, in order to overcome some of the difficulties of certain Lypunov function-based adap- tive control design techniques. This control ...

The supervision and maintenance of public roads is a state and local government task. In short, it is a public duty. On the contrary, there is a few information about the main and the secondary road network. The special ...

Electric vehicles (EVs) have emerged as a compelling solution to mitigate environmental concerns and meet the growing demand for energy-efficient transportation systems. The careful selection of the electric motor is ...

Using nanoadditives in biohydrogen production can be considered an optimal solution for existing challenges. Nanoparticles (NPs), affect the growth of microorganisms, intracellular electron transfers and the activity of ...