Use of In-house Design Modules When Choosing Bearing Assemblies for Pumps Being Designed

• Дата: 2020
• Автори: Rudenko, Andrii A., Zaitsev, Volodymyr I., Sirobaba, Yuliia V.
• Формат: Стаття
• Мова: English; Russian
• Опубліковано: Journal of Mechanical Engineering 2020
• Теми: подшипники качения; подшипники скольжения; расчетные модули; смазка; охлаждение; рабочие характеристики; тепловой баланс системы; УДК 621.671; rolling bearings; sliding bearings; design modules; lubrication; cooling; performance; thermal balance of the system; UDC 621.671; підшипники кочення; підшипники ковзання; розрахункові модулі; змащування; система охолодження; робочі характеристики; тепловий баланс системи
• Онлайн доступ: https://journals.uran.ua/jme/article/view/199001
• Назва журналу: Journal of Mechanical Engineering

Among the main components that largely affect the operational reliability of centrifugal pumps are bearing assemblies. Based both on the generalization of theoretical data and practical skills in selecting bearings, specialists of JSC VNIIAEN developed basic design modules, in which a general approach to the selection and analysis of the performance of bearing assemblies is laid. These design modules can work either as separate units or as part of an integrated module that allows us to calculate the thermal balance of the bearing assembly system with taking into account a number of factors, such as lubrication conditions, cooling methods, mandatory verification of the recommended design features of both individual system elements and basic critical performance indicators of a bearing. Functional cause-effect relationships of the module can help better understand the problems that arise during the operation of bearings. This paper discusses JSC VNIIAEN’s in-house design modules for selecting pump bearing assemblies, and proposes a new method for designing bearing assemblies, with the method based on the integrated use of individual modules represented as an integrated module in the form of a computer-aided design (CAD) system. The flexibility of the methodology used allows us to supplement and improve the developed design modules included in the integrated module in the form of a CAD system by using the results of scientific research, feedback from operational locations, and constant monitoring of various information sources.