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Öğe Impact of Physical Wind Simulation on the Player(Institute of Electrical and Electronics Engineers Inc., 2024) Alpan, Zeynep Burcu Kaya; Ramzan, Muhammad Javed; Şatıroğlu, Alperen; Pişkin, ŞenolIn this paper, we will share the results of a study investigating the impact of physical, dynamic wind simulation on player's perceived realism. Previously, results showed increased measurements of perceived realism on a diverse set of items of the scale 'Perceived Realism in Games' and prompted the investigation of the physical impact of haptic wind simulation through a mechanical wind simulator. This study aims to fill that gap through implementing a simple mechanical wind simulator and testing the results in the lab environment. © 2024 IEEE.Öğe A review of the tribological properties of nanoparticles dispersed in bio-lubricants(SAGE PUBLICATIONS, 2022) Abd Elhaseeb, Diaa M.; Ali, Mohamed Kamal Ahmed; Ezzat, Muhammad Fawzy; Mourad, Mohammad AboulfotohMineral oil resources are dwindling and the mineral-based lubricants are not compatible with the environment, and thus there is great interest in replacing them with bio-based lubricants. Automotive engines are an important application for bio-lubricants. In this context, this review investigates recent advances and research gaps in automotive-related applications of bio-based lubricants. The main objective of the current article is to review the tribological and thermophysical properties of nanoparticles in bio-oils, which could be used as a reference in the future development of bio-lubricants. The various nanomaterials, concentrations, surfactants, and mixing techniques have been presented. The key mechanisms which can result in superior tribological and thermal behavior of bio-lubricants are explained. Studies on the tribo-chemical reactions and between nano-additives and bio-oils are included in this review. It was reported that the tribological and thermophysical performance of bio-oils could be improved especially after adding nanomaterials according to the recent studies results. Furthermore, the major challenges for developing bio-lubricants performance are illustrated. Our present review assists in providing a basis to select bio-oils, nano-additives, and chemical processing according to their tribological properties.Öğe In silico simulation of hemodynamics and blood cell mechanics inside human vasculature(IOS PRESS, 2021) Pişkin, Şenol; Elgebaly, Aya Ahmed FaeekNo Abstract Available
