Akademik Veri Yönetim Sistemi
Innovative Technology Applications in Engineering Sciences, Prof. Dr. Rakesh Jain,Prof. Dr. Abdülkadir Güllü,Assist Prof. Senai Yalçınkaya, Editör, Güven Plus Group Inc. Publications, İstanbul, ss.249-269, 2022
Abstract: Modern technological machines have in their design hydraulic systems used to control operation. Hydraulic systems are complex systems consisting of many subsystems and separately operating elements. An analysis of the causes that lead to the failure of hydraulic systems shows that their reliability often depends on a large number of interconnected factors. These factors include external influence of the environment, properties of materials and working hydraulic fluid, wear processes, magnitude of loads, operating time, as well as regulations for the maintenance of the hydraulic system as a whole and its individual elements. Evaluation of modern technical methods of operation made it possible to determine a priority condition that would allow the transition from diagnostic to predictive assessment of the state of the elements of the hydraulic systems of technological machines. Almost all mechanical applications in industry today are based on hydraulic technologies. This has led hydraulic services and products to reach new heights. These heavy-duty machines help our economy stay productive. Critical industries such as mining, large machinery transportation and other heavy-duty industries including oil refineries all depend on hydraulic services to keep their doors open.
Keywords: Fluid Power, Hydraulic System, Mobile Hydraulic System, Energy Efficiency, Manufacturing Industry